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fuchsia / third_party / webkit / d1fc7014f43fe774e5e25b17c77b5b139d3dcb0b / . / Source / WebKit2 / UIProcess / WebPageProxy.cpp
blob: 5e574ba9019347f150c48a93976bc875167a7325 [file] [log] [blame]
/*
* Copyright (C) 2010, 2011, 2015-2016 Apple Inc. All rights reserved.
* Copyright (C) 2012 Intel Corporation. All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
*
* THIS SOFTWARE IS PROVIDED BY APPLE INC. AND ITS CONTRIBUTORS ``AS IS''
* AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,
* THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
* PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL APPLE INC. OR ITS CONTRIBUTORS
* BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
* CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF
* THE POSSIBILITY OF SUCH DAMAGE.
*/
#include "config.h"
#include "WebPageProxy.h"
#include "APIArray.h"
#include "APIContextMenuClient.h"
#include "APIFindClient.h"
#include "APIFindMatchesClient.h"
#include "APIFormClient.h"
#include "APIFrameInfo.h"
#include "APIGeometry.h"
#include "APIHistoryClient.h"
#include "APIHitTestResult.h"
#include "APILegacyContextHistoryClient.h"
#include "APILoaderClient.h"
#include "APINavigation.h"
#include "APINavigationAction.h"
#include "APINavigationClient.h"
#include "APINavigationResponse.h"
#include "APIOpenPanelParameters.h"
#include "APIPageConfiguration.h"
#include "APIPolicyClient.h"
#include "APISecurityOrigin.h"
#include "APIUIClient.h"
#include "APIURLRequest.h"
#include "AuthenticationChallengeProxy.h"
#include "AuthenticationDecisionListener.h"
#include "DataReference.h"
#include "DownloadProxy.h"
#include "DrawingAreaProxy.h"
#include "DrawingAreaProxyMessages.h"
#include "EventDispatcherMessages.h"
#include "LoadParameters.h"
#include "Logging.h"
#include "NativeWebGestureEvent.h"
#include "NativeWebKeyboardEvent.h"
#include "NativeWebMouseEvent.h"
#include "NativeWebWheelEvent.h"
#include "NavigationActionData.h"
#include "NetworkProcessMessages.h"
#include "NotificationPermissionRequest.h"
#include "NotificationPermissionRequestManager.h"
#include "PageClient.h"
#include "PluginInformation.h"
#include "PluginProcessManager.h"
#include "PrintInfo.h"
#include "TextChecker.h"
#include "TextCheckerState.h"
#include "UserMediaPermissionRequestProxy.h"
#include "WKContextPrivate.h"
#include "WebAutomationSession.h"
#include "WebBackForwardList.h"
#include "WebBackForwardListItem.h"
#include "WebCertificateInfo.h"
#include "WebContextMenuItem.h"
#include "WebContextMenuProxy.h"
#include "WebCoreArgumentCoders.h"
#include "WebEditCommandProxy.h"
#include "WebEvent.h"
#include "WebEventConversion.h"
#include "WebFormSubmissionListenerProxy.h"
#include "WebFramePolicyListenerProxy.h"
#include "WebFullScreenManagerProxy.h"
#include "WebFullScreenManagerProxyMessages.h"
#include "WebImage.h"
#include "WebInspectorProxy.h"
#include "WebInspectorUtilities.h"
#include "WebNavigationState.h"
#include "WebNotificationManagerProxy.h"
#include "WebOpenPanelResultListenerProxy.h"
#include "WebPageCreationParameters.h"
#include "WebPageGroup.h"
#include "WebPageGroupData.h"
#include "WebPageMessages.h"
#include "WebPageProxyMessages.h"
#include "WebPaymentCoordinatorProxy.h"
#include "WebPopupItem.h"
#include "WebPopupMenuProxy.h"
#include "WebPreferences.h"
#include "WebProcessMessages.h"
#include "WebProcessPool.h"
#include "WebProcessProxy.h"
#include "WebProtectionSpace.h"
#include "WebUserContentControllerProxy.h"
#include "WebsiteDataStore.h"
#include <WebCore/BitmapImage.h>
#include <WebCore/DiagnosticLoggingClient.h>
#include <WebCore/DragController.h>
#include <WebCore/DragData.h>
#include <WebCore/EventNames.h>
#include <WebCore/FloatRect.h>
#include <WebCore/FocusDirection.h>
#include <WebCore/JSDOMBinding.h>
#include <WebCore/MIMETypeRegistry.h>
#include <WebCore/RenderEmbeddedObject.h>
#include <WebCore/SerializedCryptoKeyWrap.h>
#include <WebCore/TextCheckerClient.h>
#include <WebCore/TextIndicator.h>
#include <WebCore/URL.h>
#include <WebCore/WindowFeatures.h>
#include <stdio.h>
#include <wtf/NeverDestroyed.h>
#include <wtf/text/StringBuilder.h>
#include <wtf/text/StringView.h>
#if ENABLE(ASYNC_SCROLLING)
#include "RemoteScrollingCoordinatorProxy.h"
#endif
#if USE(COORDINATED_GRAPHICS_MULTIPROCESS)
#include "CoordinatedLayerTreeHostProxyMessages.h"
#endif
#if ENABLE(VIBRATION)
#include "WebVibrationProxy.h"
#endif
#ifndef NDEBUG
#include <wtf/RefCountedLeakCounter.h>
#endif
#if PLATFORM(COCOA)
#include "RemoteLayerTreeDrawingAreaProxy.h"
#include "RemoteLayerTreeScrollingPerformanceData.h"
#include "ViewSnapshotStore.h"
#include "WebVideoFullscreenManagerProxy.h"
#include "WebVideoFullscreenManagerProxyMessages.h"
#include <WebCore/MachSendRight.h>
#include <WebCore/RunLoopObserver.h>
#include <WebCore/TextIndicatorWindow.h>
#endif
#if PLATFORM(GTK)
#include "WebSelectionData.h"
#endif
#if USE(CAIRO)
#include <WebCore/CairoUtilities.h>
#endif
#if ENABLE(WIRELESS_PLAYBACK_TARGET) && !PLATFORM(IOS)
#include <WebCore/MediaPlaybackTarget.h>
#include <WebCore/WebMediaSessionManager.h>
#endif
#if ENABLE(MEDIA_SESSION)
#include "WebMediaSessionFocusManager.h"
#include "WebMediaSessionMetadata.h"
#include <WebCore/MediaSessionMetadata.h>
#endif
#if PLATFORM(IOS) || (PLATFORM(MAC) && ENABLE(VIDEO_PRESENTATION_MODE))
#include "WebPlaybackSessionManagerProxy.h"
#endif
// This controls what strategy we use for mouse wheel coalescing.
#define MERGE_WHEEL_EVENTS 1
#define MESSAGE_CHECK(assertion) MESSAGE_CHECK_BASE(assertion, m_process->connection())
#define MESSAGE_CHECK_URL(url) MESSAGE_CHECK_BASE(m_process->checkURLReceivedFromWebProcess(url), m_process->connection())
#define RELEASE_LOG_IF_ALLOWED(...) RELEASE_LOG_IF(isAlwaysOnLoggingAllowed(), ProcessSuspension, __VA_ARGS__)
using namespace WebCore;
// Represents the number of wheel events we can hold in the queue before we start pushing them preemptively.
static const unsigned wheelEventQueueSizeThreshold = 10;
namespace WebKit {
DEFINE_DEBUG_ONLY_GLOBAL(WTF::RefCountedLeakCounter, webPageProxyCounter, ("WebPageProxy"));
class ExceededDatabaseQuotaRecords {
WTF_MAKE_NONCOPYABLE(ExceededDatabaseQuotaRecords); WTF_MAKE_FAST_ALLOCATED;
friend class NeverDestroyed<ExceededDatabaseQuotaRecords>;
public:
struct Record {
uint64_t frameID;
String originIdentifier;
String databaseName;
String displayName;
uint64_t currentQuota;
uint64_t currentOriginUsage;
uint64_t currentDatabaseUsage;
uint64_t expectedUsage;
RefPtr<Messages::WebPageProxy::ExceededDatabaseQuota::DelayedReply> reply;
};
static ExceededDatabaseQuotaRecords& singleton();
std::unique_ptr<Record> createRecord(uint64_t frameID, String originIdentifier,
String databaseName, String displayName, uint64_t currentQuota,
uint64_t currentOriginUsage, uint64_t currentDatabaseUsage, uint64_t expectedUsage,
PassRefPtr<Messages::WebPageProxy::ExceededDatabaseQuota::DelayedReply>);
void add(std::unique_ptr<Record>);
bool areBeingProcessed() const { return !!m_currentRecord; }
Record* next();
private:
ExceededDatabaseQuotaRecords() { }
~ExceededDatabaseQuotaRecords() { }
Deque<std::unique_ptr<Record>> m_records;
std::unique_ptr<Record> m_currentRecord;
};
ExceededDatabaseQuotaRecords& ExceededDatabaseQuotaRecords::singleton()
{
static NeverDestroyed<ExceededDatabaseQuotaRecords> records;
return records;
}
std::unique_ptr<ExceededDatabaseQuotaRecords::Record> ExceededDatabaseQuotaRecords::createRecord(
uint64_t frameID, String originIdentifier, String databaseName, String displayName,
uint64_t currentQuota, uint64_t currentOriginUsage, uint64_t currentDatabaseUsage,
uint64_t expectedUsage, PassRefPtr<Messages::WebPageProxy::ExceededDatabaseQuota::DelayedReply> reply)
{
auto record = std::make_unique<Record>();
record->frameID = frameID;
record->originIdentifier = originIdentifier;
record->databaseName = databaseName;
record->displayName = displayName;
record->currentQuota = currentQuota;
record->currentOriginUsage = currentOriginUsage;
record->currentDatabaseUsage = currentDatabaseUsage;
record->expectedUsage = expectedUsage;
record->reply = reply;
return record;
}
void ExceededDatabaseQuotaRecords::add(std::unique_ptr<ExceededDatabaseQuotaRecords::Record> record)
{
m_records.append(WTFMove(record));
}
ExceededDatabaseQuotaRecords::Record* ExceededDatabaseQuotaRecords::next()
{
m_currentRecord = nullptr;
if (!m_records.isEmpty())
m_currentRecord = m_records.takeFirst();
return m_currentRecord.get();
}
#if !LOG_DISABLED
static const char* webKeyboardEventTypeString(WebEvent::Type type)
{
switch (type) {
case WebEvent::KeyDown:
return "KeyDown";
case WebEvent::KeyUp:
return "KeyUp";
case WebEvent::RawKeyDown:
return "RawKeyDown";
case WebEvent::Char:
return "Char";
default:
ASSERT_NOT_REACHED();
return "<unknown>";
}
}
#endif // !LOG_DISABLED
class PageClientProtector {
WTF_MAKE_NONCOPYABLE(PageClientProtector);
public:
PageClientProtector(PageClient& pageClient)
: m_pageClient(pageClient)
{
m_pageClient.refView();
}
~PageClientProtector()
{
m_pageClient.derefView();
}
private:
PageClient& m_pageClient;
};
Ref<WebPageProxy> WebPageProxy::create(PageClient& pageClient, WebProcessProxy& process, uint64_t pageID, Ref<API::PageConfiguration>&& configuration)
{
return adoptRef(*new WebPageProxy(pageClient, process, pageID, WTFMove(configuration)));
}
WebPageProxy::WebPageProxy(PageClient& pageClient, WebProcessProxy& process, uint64_t pageID, Ref<API::PageConfiguration>&& configuration)
: m_pageClient(pageClient)
, m_configuration(WTFMove(configuration))
, m_loaderClient(std::make_unique<API::LoaderClient>())
, m_policyClient(std::make_unique<API::PolicyClient>())
, m_formClient(std::make_unique<API::FormClient>())
, m_uiClient(std::make_unique<API::UIClient>())
, m_findClient(std::make_unique<API::FindClient>())
, m_findMatchesClient(std::make_unique<API::FindMatchesClient>())
, m_diagnosticLoggingClient(std::make_unique<API::DiagnosticLoggingClient>())
#if ENABLE(CONTEXT_MENUS)
, m_contextMenuClient(std::make_unique<API::ContextMenuClient>())
#endif
, m_navigationState(std::make_unique<WebNavigationState>())
, m_process(process)
, m_pageGroup(*m_configuration->pageGroup())
, m_preferences(*m_configuration->preferences())
, m_userContentController(*m_configuration->userContentController())
, m_visitedLinkStore(*m_configuration->visitedLinkStore())
, m_websiteDataStore(m_configuration->websiteDataStore()->websiteDataStore())
, m_mainFrame(nullptr)
, m_userAgent(standardUserAgent())
, m_treatsSHA1CertificatesAsInsecure(m_configuration->treatsSHA1SignedCertificatesAsInsecure())
#if PLATFORM(IOS)
, m_hasReceivedLayerTreeTransactionAfterDidCommitLoad(true)
, m_firstLayerTreeTransactionIdAfterDidCommitLoad(0)
, m_deviceOrientation(0)
, m_dynamicViewportSizeUpdateWaitingForTarget(false)
, m_dynamicViewportSizeUpdateWaitingForLayerTreeCommit(false)
, m_dynamicViewportSizeUpdateLayerTreeTransactionID(0)
, m_layerTreeTransactionIdAtLastTouchStart(0)
, m_hasNetworkRequestsOnSuspended(false)
#endif
, m_geolocationPermissionRequestManager(*this)
, m_notificationPermissionRequestManager(*this)
, m_userMediaPermissionRequestManager(*this)
, m_viewState(ViewState::NoFlags)
, m_viewWasEverInWindow(false)
#if PLATFORM(IOS)
, m_alwaysRunsAtForegroundPriority(m_configuration->alwaysRunsAtForegroundPriority())
#endif
, m_initialCapitalizationEnabled(m_configuration->initialCapitalizationEnabled())
, m_backForwardList(WebBackForwardList::create(*this))
, m_maintainsInactiveSelection(false)
, m_isEditable(false)
, m_textZoomFactor(1)
, m_pageZoomFactor(1)
, m_pageScaleFactor(1)
, m_pluginZoomFactor(1)
, m_pluginScaleFactor(1)
, m_intrinsicDeviceScaleFactor(1)
, m_customDeviceScaleFactor(0)
, m_topContentInset(0)
, m_layerHostingMode(LayerHostingMode::InProcess)
, m_drawsBackground(true)
, m_useFixedLayout(false)
, m_suppressScrollbarAnimations(false)
, m_paginationMode(Pagination::Unpaginated)
, m_paginationBehavesLikeColumns(false)
, m_pageLength(0)
, m_gapBetweenPages(0)
, m_paginationLineGridEnabled(false)
, m_isValid(true)
, m_isClosed(false)
, m_canRunModal(false)
, m_isInPrintingMode(false)
, m_isPerformingDOMPrintOperation(false)
, m_inDecidePolicyForResponseSync(false)
, m_decidePolicyForResponseRequest(0)
, m_syncMimeTypePolicyActionIsValid(false)
, m_syncMimeTypePolicyAction(PolicyUse)
, m_syncMimeTypePolicyDownloadID(0)
, m_inDecidePolicyForNavigationAction(false)
, m_syncNavigationActionPolicyActionIsValid(false)
, m_syncNavigationActionPolicyAction(PolicyUse)
, m_syncNavigationActionPolicyDownloadID(0)
, m_processingMouseMoveEvent(false)
, m_pageID(pageID)
, m_sessionID(m_configuration->sessionID())
, m_isPageSuspended(false)
, m_addsVisitedLinks(true)
#if ENABLE(REMOTE_INSPECTOR)
, m_allowsRemoteInspection(true)
#endif
#if PLATFORM(COCOA)
, m_isSmartInsertDeleteEnabled(TextChecker::isSmartInsertDeleteEnabled())
#endif
#if PLATFORM(GTK)
, m_backgroundColor(Color::white)
#endif
, m_spellDocumentTag(0)
, m_hasSpellDocumentTag(false)
, m_pendingLearnOrIgnoreWordMessageCount(0)
, m_mainFrameHasCustomContentProvider(false)
#if ENABLE(DRAG_SUPPORT)
, m_currentDragOperation(DragOperationNone)
, m_currentDragIsOverFileInput(false)
, m_currentDragNumberOfFilesToBeAccepted(0)
#endif
, m_pageLoadState(*this)
, m_delegatesScrolling(false)
, m_mainFrameHasHorizontalScrollbar(false)
, m_mainFrameHasVerticalScrollbar(false)
, m_canShortCircuitHorizontalWheelEvents(true)
, m_mainFrameIsPinnedToLeftSide(true)
, m_mainFrameIsPinnedToRightSide(true)
, m_mainFrameIsPinnedToTopSide(true)
, m_mainFrameIsPinnedToBottomSide(true)
, m_shouldUseImplicitRubberBandControl(false)
, m_rubberBandsAtLeft(true)
, m_rubberBandsAtRight(true)
, m_rubberBandsAtTop(true)
, m_rubberBandsAtBottom(true)
, m_enableVerticalRubberBanding(true)
, m_enableHorizontalRubberBanding(true)
, m_backgroundExtendsBeyondPage(false)
, m_shouldRecordNavigationSnapshots(false)
, m_isShowingNavigationGestureSnapshot(false)
, m_pageCount(0)
, m_renderTreeSize(0)
, m_sessionRestorationRenderTreeSize(0)
, m_wantsSessionRestorationRenderTreeSizeThresholdEvent(false)
, m_hitRenderTreeSizeThreshold(false)
, m_suppressVisibilityUpdates(false)
, m_autoSizingShouldExpandToViewHeight(false)
, m_mediaVolume(1)
, m_muted(false)
, m_mayStartMediaWhenInWindow(true)
, m_waitingForDidUpdateViewState(false)
#if PLATFORM(COCOA)
, m_scrollPerformanceDataCollectionEnabled(false)
#endif
, m_scrollPinningBehavior(DoNotPin)
, m_navigationID(0)
, m_configurationPreferenceValues(m_configuration->preferenceValues())
, m_potentiallyChangedViewStateFlags(ViewState::NoFlags)
, m_viewStateChangeWantsSynchronousReply(false)
{
m_webProcessLifetimeTracker.addObserver(m_visitedLinkStore);
m_webProcessLifetimeTracker.addObserver(m_websiteDataStore);
updateViewState();
updateActivityToken();
updateProccessSuppressionState();
updateHiddenPageThrottlingAutoIncreases();
#if HAVE(OUT_OF_PROCESS_LAYER_HOSTING)
m_layerHostingMode = m_viewState & ViewState::IsInWindow ? m_pageClient.viewLayerHostingMode() : LayerHostingMode::OutOfProcess;
#endif
platformInitialize();
#ifndef NDEBUG
webPageProxyCounter.increment();
#endif
WebProcessPool::statistics().wkPageCount++;
m_preferences->addPage(*this);
m_pageGroup->addPage(this);
m_inspector = WebInspectorProxy::create(this);
#if ENABLE(FULLSCREEN_API)
m_fullScreenManager = WebFullScreenManagerProxy::create(*this, m_pageClient.fullScreenManagerProxyClient());
#endif
#if PLATFORM(IOS) && HAVE(AVKIT) || (PLATFORM(MAC) && ENABLE(VIDEO_PRESENTATION_MODE))
m_playbackSessionManager = WebPlaybackSessionManagerProxy::create(*this);
m_videoFullscreenManager = WebVideoFullscreenManagerProxy::create(*this, *m_playbackSessionManager);
#endif
#if ENABLE(VIBRATION)
m_vibration = WebVibrationProxy::create(this);
#endif
#if ENABLE(APPLE_PAY)
m_paymentCoordinator = std::make_unique<WebPaymentCoordinatorProxy>(*this);
#endif
m_process->addMessageReceiver(Messages::WebPageProxy::messageReceiverName(), m_pageID, *this);
if (m_sessionID.isEphemeral()) {
m_process->processPool().sendToNetworkingProcess(Messages::NetworkProcess::EnsurePrivateBrowsingSession(m_sessionID));
m_process->processPool().sendToAllProcesses(Messages::WebProcess::EnsurePrivateBrowsingSession(m_sessionID));
}
#if PLATFORM(COCOA)
const CFIndex viewStateChangeRunLoopOrder = (CFIndex)RunLoopObserver::WellKnownRunLoopOrders::CoreAnimationCommit - 1;
m_viewStateChangeDispatcher = std::make_unique<RunLoopObserver>(viewStateChangeRunLoopOrder, [this] {
this->dispatchViewStateChange();
});
#endif
}
WebPageProxy::~WebPageProxy()
{
ASSERT(m_process->webPage(m_pageID) != this);
#if !ASSERT_DISABLED
for (WebPageProxy* page : m_process->pages())
ASSERT(page != this);
#endif
if (!m_isClosed)
close();
WebProcessPool::statistics().wkPageCount--;
if (m_hasSpellDocumentTag)
TextChecker::closeSpellDocumentWithTag(m_spellDocumentTag);
m_preferences->removePage(*this);
m_pageGroup->removePage(this);
#ifndef NDEBUG
webPageProxyCounter.decrement();
#endif
}
const API::PageConfiguration& WebPageProxy::configuration() const
{
return m_configuration.get();
}
pid_t WebPageProxy::processIdentifier() const
{
if (m_isClosed)
return 0;
return m_process->processIdentifier();
}
bool WebPageProxy::isValid() const
{
// A page that has been explicitly closed is never valid.
if (m_isClosed)
return false;
return m_isValid;
}
void WebPageProxy::setPreferences(WebPreferences& preferences)
{
if (&preferences == m_preferences.ptr())
return;
m_preferences->removePage(*this);
m_preferences = preferences;
m_preferences->addPage(*this);
preferencesDidChange();
}
void WebPageProxy::setHistoryClient(std::unique_ptr<API::HistoryClient> historyClient)
{
m_historyClient = WTFMove(historyClient);
}
void WebPageProxy::setNavigationClient(std::unique_ptr<API::NavigationClient> navigationClient)
{
m_navigationClient = WTFMove(navigationClient);
}
void WebPageProxy::setLoaderClient(std::unique_ptr<API::LoaderClient> loaderClient)
{
if (!loaderClient) {
m_loaderClient = std::make_unique<API::LoaderClient>();
return;
}
m_loaderClient = WTFMove(loaderClient);
}
void WebPageProxy::setPolicyClient(std::unique_ptr<API::PolicyClient> policyClient)
{
if (!policyClient) {
m_policyClient = std::make_unique<API::PolicyClient>();
return;
}
m_policyClient = WTFMove(policyClient);
}
void WebPageProxy::setFormClient(std::unique_ptr<API::FormClient> formClient)
{
if (!formClient) {
m_formClient = std::make_unique<API::FormClient>();
return;
}
m_formClient = WTFMove(formClient);
}
void WebPageProxy::setUIClient(std::unique_ptr<API::UIClient> uiClient)
{
if (!uiClient) {
m_uiClient = std::make_unique<API::UIClient>();
return;
}
m_uiClient = WTFMove(uiClient);
if (!isValid())
return;
m_process->send(Messages::WebPage::SetCanRunBeforeUnloadConfirmPanel(m_uiClient->canRunBeforeUnloadConfirmPanel()), m_pageID);
setCanRunModal(m_uiClient->canRunModal());
}
void WebPageProxy::setFindClient(std::unique_ptr<API::FindClient> findClient)
{
if (!findClient) {
m_findClient = std::make_unique<API::FindClient>();
return;
}
m_findClient = WTFMove(findClient);
}
void WebPageProxy::setFindMatchesClient(std::unique_ptr<API::FindMatchesClient> findMatchesClient)
{
if (!findMatchesClient) {
m_findMatchesClient = std::make_unique<API::FindMatchesClient>();
return;
}
m_findMatchesClient = WTFMove(findMatchesClient);
}
void WebPageProxy::setDiagnosticLoggingClient(std::unique_ptr<API::DiagnosticLoggingClient> diagnosticLoggingClient)
{
if (!diagnosticLoggingClient) {
m_diagnosticLoggingClient = std::make_unique<API::DiagnosticLoggingClient>();
return;
}
m_diagnosticLoggingClient = WTFMove(diagnosticLoggingClient);
}
#if ENABLE(CONTEXT_MENUS)
void WebPageProxy::setContextMenuClient(std::unique_ptr<API::ContextMenuClient> contextMenuClient)
{
if (!contextMenuClient) {
m_contextMenuClient = std::make_unique<API::ContextMenuClient>();
return;
}
m_contextMenuClient = WTFMove(contextMenuClient);
}
#endif
void WebPageProxy::setInjectedBundleClient(const WKPageInjectedBundleClientBase* client)
{
if (!client) {
m_injectedBundleClient = nullptr;
return;
}
m_injectedBundleClient = std::make_unique<WebPageInjectedBundleClient>();
m_injectedBundleClient->initialize(client);
}
void WebPageProxy::handleMessage(IPC::Connection& connection, const String& messageName, const WebKit::UserData& messageBody)
{
ASSERT(m_process->connection() == &connection);
if (!m_injectedBundleClient)
return;
m_injectedBundleClient->didReceiveMessageFromInjectedBundle(this, messageName, m_process->transformHandlesToObjects(messageBody.object()).get());
}
void WebPageProxy::handleSynchronousMessage(IPC::Connection& connection, const String& messageName, const UserData& messageBody, UserData& returnUserData)
{
ASSERT(m_process->connection() == &connection);
if (!m_injectedBundleClient)
return;
RefPtr<API::Object> returnData;
m_injectedBundleClient->didReceiveSynchronousMessageFromInjectedBundle(this, messageName, m_process->transformHandlesToObjects(messageBody.object()).get(), returnData);
returnUserData = UserData(m_process->transformObjectsToHandles(returnData.get()));
}
void WebPageProxy::reattachToWebProcess()
{
ASSERT(!m_isClosed);
ASSERT(!isValid());
ASSERT(m_process->state() == WebProcessProxy::State::Terminated);
m_isValid = true;
m_process->removeWebPage(m_pageID);
m_process->removeMessageReceiver(Messages::WebPageProxy::messageReceiverName(), m_pageID);
m_process = m_process->processPool().createNewWebProcessRespectingProcessCountLimit();
ASSERT(m_process->state() != ChildProcessProxy::State::Terminated);
if (m_process->state() == ChildProcessProxy::State::Running)
processDidFinishLaunching();
m_process->addExistingWebPage(this, m_pageID);
m_process->addMessageReceiver(Messages::WebPageProxy::messageReceiverName(), m_pageID, *this);
updateViewState();
updateActivityToken();
m_inspector = WebInspectorProxy::create(this);
#if ENABLE(FULLSCREEN_API)
m_fullScreenManager = WebFullScreenManagerProxy::create(*this, m_pageClient.fullScreenManagerProxyClient());
#endif
#if PLATFORM(IOS) && HAVE(AVKIT) || (PLATFORM(MAC) && ENABLE(VIDEO_PRESENTATION_MODE))
m_playbackSessionManager = WebPlaybackSessionManagerProxy::create(*this);
m_videoFullscreenManager = WebVideoFullscreenManagerProxy::create(*this, *m_playbackSessionManager);
#endif
#if ENABLE(APPLE_PAY)
m_paymentCoordinator = std::make_unique<WebPaymentCoordinatorProxy>(*this);
#endif
initializeWebPage();
m_pageClient.didRelaunchProcess();
m_drawingArea->waitForBackingStoreUpdateOnNextPaint();
}
RefPtr<API::Navigation> WebPageProxy::reattachToWebProcessForReload()
{
if (m_isClosed)
return nullptr;
ASSERT(!isValid());
reattachToWebProcess();
if (!m_backForwardList->currentItem())
return nullptr;
auto navigation = m_navigationState->createReloadNavigation();
// We allow stale content when reloading a WebProcess that's been killed or crashed.
m_process->send(Messages::WebPage::GoToBackForwardItem(navigation->navigationID(), m_backForwardList->currentItem()->itemID()), m_pageID);
m_process->responsivenessTimer().start();
return WTFMove(navigation);
}
RefPtr<API::Navigation> WebPageProxy::reattachToWebProcessWithItem(WebBackForwardListItem* item)
{
if (m_isClosed)
return nullptr;
ASSERT(!isValid());
reattachToWebProcess();
if (!item)
return nullptr;
if (item != m_backForwardList->currentItem())
m_backForwardList->goToItem(item);
auto navigation = m_navigationState->createBackForwardNavigation();
m_process->send(Messages::WebPage::GoToBackForwardItem(navigation->navigationID(), item->itemID()), m_pageID);
m_process->responsivenessTimer().start();
return WTFMove(navigation);
}
void WebPageProxy::setSessionID(SessionID sessionID)
{
if (!isValid())
return;
m_sessionID = sessionID;
m_process->send(Messages::WebPage::SetSessionID(sessionID), m_pageID);
if (sessionID.isEphemeral())
m_process->processPool().sendToNetworkingProcess(Messages::NetworkProcess::EnsurePrivateBrowsingSession(sessionID));
}
void WebPageProxy::initializeWebPage()
{
ASSERT(isValid());
BackForwardListItemVector items = m_backForwardList->entries();
for (size_t i = 0; i < items.size(); ++i)
m_process->registerNewWebBackForwardListItem(items[i].get());
m_drawingArea = m_pageClient.createDrawingAreaProxy();
ASSERT(m_drawingArea);
#if ENABLE(ASYNC_SCROLLING)
if (m_drawingArea->type() == DrawingAreaTypeRemoteLayerTree) {
m_scrollingCoordinatorProxy = std::make_unique<RemoteScrollingCoordinatorProxy>(*this);
#if PLATFORM(IOS)
// On iOS, main frame scrolls are sent in terms of visible rect updates.
m_scrollingCoordinatorProxy->setPropagatesMainFrameScrolls(false);
#endif
}
#endif
#if ENABLE(INSPECTOR_SERVER)
if (m_preferences->developerExtrasEnabled())
inspector()->enableRemoteInspection();
#endif
process().send(Messages::WebProcess::CreateWebPage(m_pageID, creationParameters()), 0);
#if PLATFORM(COCOA)
send(Messages::WebPage::SetSmartInsertDeleteEnabled(m_isSmartInsertDeleteEnabled));
#endif
m_needsToFinishInitializingWebPageAfterProcessLaunch = true;
finishInitializingWebPageAfterProcessLaunch();
}
void WebPageProxy::finishInitializingWebPageAfterProcessLaunch()
{
if (!m_needsToFinishInitializingWebPageAfterProcessLaunch)
return;
if (m_process->state() != WebProcessProxy::State::Running)
return;
m_needsToFinishInitializingWebPageAfterProcessLaunch = false;
m_process->addWebUserContentControllerProxy(m_userContentController);
m_process->addVisitedLinkStore(m_visitedLinkStore);
}
void WebPageProxy::close()
{
if (m_isClosed)
return;
m_isClosed = true;
if (m_activePopupMenu)
m_activePopupMenu->cancelTracking();
#if ENABLE(CONTEXT_MENUS)
m_activeContextMenu = nullptr;
#endif
m_backForwardList->pageClosed();
m_pageClient.pageClosed();
m_process->disconnectFramesFromPage(this);
resetState(ResetStateReason::PageInvalidated);
m_loaderClient = std::make_unique<API::LoaderClient>();
m_navigationClient = nullptr;
m_policyClient = std::make_unique<API::PolicyClient>();
m_formClient = std::make_unique<API::FormClient>();
m_uiClient = std::make_unique<API::UIClient>();
m_findClient = std::make_unique<API::FindClient>();
m_findMatchesClient = std::make_unique<API::FindMatchesClient>();
m_diagnosticLoggingClient = std::make_unique<API::DiagnosticLoggingClient>();
#if ENABLE(CONTEXT_MENUS)
m_contextMenuClient = std::make_unique<API::ContextMenuClient>();
#endif
m_webProcessLifetimeTracker.pageWasInvalidated();
m_process->send(Messages::WebPage::Close(), m_pageID);
m_process->removeWebPage(m_pageID);
m_process->removeMessageReceiver(Messages::WebPageProxy::messageReceiverName(), m_pageID);
m_process->processPool().supplement<WebNotificationManagerProxy>()->clearNotifications(this);
// Null out related WebPageProxy to avoid leaks.
m_configuration->setRelatedPage(nullptr);
#if PLATFORM(IOS)
// Make sure we don't hold a process assertion after getting closed.
m_activityToken = nullptr;
#endif
}
bool WebPageProxy::tryClose()
{
if (!isValid())
return true;
// Close without delay if the process allows it. Our goal is to terminate
// the process, so we check a per-process status bit.
if (m_process->isSuddenTerminationEnabled())
return true;
m_process->send(Messages::WebPage::TryClose(), m_pageID);
m_process->responsivenessTimer().start();
return false;
}
bool WebPageProxy::maybeInitializeSandboxExtensionHandle(const URL& url, SandboxExtension::Handle& sandboxExtensionHandle)
{
if (!url.isLocalFile())
return false;
if (m_process->hasAssumedReadAccessToURL(url))
return false;
// Inspector resources are in a directory with assumed access.
ASSERT_WITH_SECURITY_IMPLICATION(!WebKit::isInspectorPage(*this));
SandboxExtension::createHandle("/", SandboxExtension::ReadOnly, sandboxExtensionHandle);
return true;
}
#if !PLATFORM(COCOA)
void WebPageProxy::addPlatformLoadParameters(LoadParameters&)
{
}
#endif
RefPtr<API::Navigation> WebPageProxy::loadRequest(const ResourceRequest& request, ShouldOpenExternalURLsPolicy shouldOpenExternalURLsPolicy, API::Object* userData)
{
if (m_isClosed)
return nullptr;
auto navigation = m_navigationState->createLoadRequestNavigation(request);
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, request.url());
if (!isValid())
reattachToWebProcess();
LoadParameters loadParameters;
loadParameters.navigationID = navigation->navigationID();
loadParameters.request = request;
loadParameters.shouldOpenExternalURLsPolicy = (uint64_t)shouldOpenExternalURLsPolicy;
loadParameters.userData = UserData(process().transformObjectsToHandles(userData).get());
bool createdExtension = maybeInitializeSandboxExtensionHandle(request.url(), loadParameters.sandboxExtensionHandle);
if (createdExtension)
m_process->willAcquireUniversalFileReadSandboxExtension();
addPlatformLoadParameters(loadParameters);
m_process->send(Messages::WebPage::LoadRequest(loadParameters), m_pageID);
m_process->responsivenessTimer().start();
return WTFMove(navigation);
}
RefPtr<API::Navigation> WebPageProxy::loadFile(const String& fileURLString, const String& resourceDirectoryURLString, API::Object* userData)
{
if (m_isClosed)
return nullptr;
if (!isValid())
reattachToWebProcess();
URL fileURL = URL(URL(), fileURLString);
if (!fileURL.isLocalFile())
return nullptr;
URL resourceDirectoryURL;
if (resourceDirectoryURLString.isNull())
resourceDirectoryURL = URL(ParsedURLString, ASCIILiteral("file:///"));
else {
resourceDirectoryURL = URL(URL(), resourceDirectoryURLString);
if (!resourceDirectoryURL.isLocalFile())
return nullptr;
}
auto navigation = m_navigationState->createLoadRequestNavigation(ResourceRequest(fileURL));
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, fileURLString);
String resourceDirectoryPath = resourceDirectoryURL.fileSystemPath();
LoadParameters loadParameters;
loadParameters.navigationID = navigation->navigationID();
loadParameters.request = fileURL;
loadParameters.shouldOpenExternalURLsPolicy = (uint64_t)ShouldOpenExternalURLsPolicy::ShouldNotAllow;
loadParameters.userData = UserData(process().transformObjectsToHandles(userData).get());
SandboxExtension::createHandle(resourceDirectoryPath, SandboxExtension::ReadOnly, loadParameters.sandboxExtensionHandle);
addPlatformLoadParameters(loadParameters);
m_process->assumeReadAccessToBaseURL(resourceDirectoryURL);
m_process->send(Messages::WebPage::LoadRequest(loadParameters), m_pageID);
m_process->responsivenessTimer().start();
return WTFMove(navigation);
}
RefPtr<API::Navigation> WebPageProxy::loadData(API::Data* data, const String& MIMEType, const String& encoding, const String& baseURL, API::Object* userData)
{
if (m_isClosed)
return nullptr;
auto navigation = m_navigationState->createLoadDataNavigation();
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, !baseURL.isEmpty() ? baseURL : blankURL().string());
if (!isValid())
reattachToWebProcess();
LoadParameters loadParameters;
loadParameters.navigationID = navigation->navigationID();
loadParameters.data = data->dataReference();
loadParameters.MIMEType = MIMEType;
loadParameters.encodingName = encoding;
loadParameters.baseURLString = baseURL;
loadParameters.userData = UserData(process().transformObjectsToHandles(userData).get());
addPlatformLoadParameters(loadParameters);
m_process->assumeReadAccessToBaseURL(baseURL);
m_process->send(Messages::WebPage::LoadData(loadParameters), m_pageID);
m_process->responsivenessTimer().start();
return WTFMove(navigation);
}
// FIXME: Get rid of loadHTMLString and just use loadData instead.
RefPtr<API::Navigation> WebPageProxy::loadHTMLString(const String& htmlString, const String& baseURL, API::Object* userData)
{
if (m_isClosed)
return nullptr;
auto navigation = m_navigationState->createLoadDataNavigation();
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, !baseURL.isEmpty() ? baseURL : blankURL().string());
if (!isValid())
reattachToWebProcess();
LoadParameters loadParameters;
loadParameters.navigationID = navigation->navigationID();
loadParameters.string = htmlString;
loadParameters.MIMEType = ASCIILiteral("text/html");
loadParameters.baseURLString = baseURL;
loadParameters.userData = UserData(process().transformObjectsToHandles(userData).get());
addPlatformLoadParameters(loadParameters);
m_process->assumeReadAccessToBaseURL(baseURL);
m_process->send(Messages::WebPage::LoadString(loadParameters), m_pageID);
m_process->responsivenessTimer().start();
return WTFMove(navigation);
}
void WebPageProxy::loadAlternateHTMLString(const String& htmlString, const String& baseURL, const String& unreachableURL, API::Object* userData)
{
// When the UIProcess is in the process of handling a failing provisional load, do not attempt to
// start a second alternative HTML load as this will prevent the page load state from being
// handled properly.
if (m_isClosed || m_isLoadingAlternateHTMLStringForFailingProvisionalLoad)
return;
if (!m_failingProvisionalLoadURL.isEmpty())
m_isLoadingAlternateHTMLStringForFailingProvisionalLoad = true;
if (!isValid())
reattachToWebProcess();
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, unreachableURL);
m_pageLoadState.setUnreachableURL(transaction, unreachableURL);
if (m_mainFrame)
m_mainFrame->setUnreachableURL(unreachableURL);
LoadParameters loadParameters;
loadParameters.navigationID = 0;
loadParameters.string = htmlString;
loadParameters.baseURLString = baseURL;
loadParameters.unreachableURLString = unreachableURL;
loadParameters.provisionalLoadErrorURLString = m_failingProvisionalLoadURL;
loadParameters.userData = UserData(process().transformObjectsToHandles(userData).get());
addPlatformLoadParameters(loadParameters);
m_process->assumeReadAccessToBaseURL(baseURL);
m_process->assumeReadAccessToBaseURL(unreachableURL);
m_process->send(Messages::WebPage::LoadAlternateHTMLString(loadParameters), m_pageID);
m_process->responsivenessTimer().start();
}
void WebPageProxy::loadPlainTextString(const String& string, API::Object* userData)
{
if (m_isClosed)
return;
if (!isValid())
reattachToWebProcess();
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, blankURL().string());
LoadParameters loadParameters;
loadParameters.navigationID = 0;
loadParameters.string = string;
loadParameters.MIMEType = ASCIILiteral("text/plain");
loadParameters.userData = UserData(process().transformObjectsToHandles(userData).get());
addPlatformLoadParameters(loadParameters);
m_process->send(Messages::WebPage::LoadString(loadParameters), m_pageID);
m_process->responsivenessTimer().start();
}
void WebPageProxy::loadWebArchiveData(API::Data* webArchiveData, API::Object* userData)
{
if (m_isClosed)
return;
if (!isValid())
reattachToWebProcess();
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, blankURL().string());
LoadParameters loadParameters;
loadParameters.navigationID = 0;
loadParameters.data = webArchiveData->dataReference();
loadParameters.MIMEType = ASCIILiteral("application/x-webarchive");
loadParameters.encodingName = ASCIILiteral("utf-16");
loadParameters.userData = UserData(process().transformObjectsToHandles(userData).get());
addPlatformLoadParameters(loadParameters);
m_process->send(Messages::WebPage::LoadData(loadParameters), m_pageID);
m_process->responsivenessTimer().start();
}
void WebPageProxy::navigateToPDFLinkWithSimulatedClick(const String& url, IntPoint documentPoint, IntPoint screenPoint)
{
if (m_isClosed)
return;
if (WebCore::protocolIsJavaScript(url))
return;
if (!isValid())
reattachToWebProcess();
m_process->send(Messages::WebPage::NavigateToPDFLinkWithSimulatedClick(url, documentPoint, screenPoint), m_pageID);
m_process->responsivenessTimer().start();
}
void WebPageProxy::stopLoading()
{
if (!isValid())
return;
m_process->send(Messages::WebPage::StopLoading(), m_pageID);
m_process->responsivenessTimer().start();
}
RefPtr<API::Navigation> WebPageProxy::reload(bool reloadFromOrigin, bool contentBlockersEnabled)
{
SandboxExtension::Handle sandboxExtensionHandle;
String url = m_pageLoadState.activeURL();
if (url.isEmpty() && m_backForwardList->currentItem())
url = m_backForwardList->currentItem()->url();
if (!url.isEmpty()) {
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, url);
// We may not have an extension yet if back/forward list was reinstated after a WebProcess crash or a browser relaunch
bool createdExtension = maybeInitializeSandboxExtensionHandle(URL(URL(), url), sandboxExtensionHandle);
if (createdExtension)
m_process->willAcquireUniversalFileReadSandboxExtension();
}
if (!isValid())
return reattachToWebProcessForReload();
auto navigation = m_navigationState->createReloadNavigation();
m_process->send(Messages::WebPage::Reload(navigation->navigationID(), reloadFromOrigin, contentBlockersEnabled, sandboxExtensionHandle), m_pageID);
m_process->responsivenessTimer().start();
return WTFMove(navigation);
}
void WebPageProxy::recordNavigationSnapshot()
{
if (WebBackForwardListItem* item = m_backForwardList->currentItem())
recordNavigationSnapshot(*item);
}
void WebPageProxy::recordNavigationSnapshot(WebBackForwardListItem& item)
{
if (!m_shouldRecordNavigationSnapshots || m_suppressNavigationSnapshotting)
return;
#if PLATFORM(COCOA)
ViewSnapshotStore::singleton().recordSnapshot(*this, item);
#else
UNUSED_PARAM(item);
#endif
}
RefPtr<API::Navigation> WebPageProxy::goForward()
{
WebBackForwardListItem* forwardItem = m_backForwardList->forwardItem();
if (!forwardItem)
return nullptr;
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, forwardItem->url());
if (!isValid())
return reattachToWebProcessWithItem(forwardItem);
RefPtr<API::Navigation> navigation;
if (!m_backForwardList->currentItem()->itemIsInSameDocument(*forwardItem))
navigation = m_navigationState->createBackForwardNavigation();
m_process->send(Messages::WebPage::GoForward(navigation ? navigation->navigationID() : 0, forwardItem->itemID()), m_pageID);
m_process->responsivenessTimer().start();
return navigation;
}
RefPtr<API::Navigation> WebPageProxy::goBack()
{
WebBackForwardListItem* backItem = m_backForwardList->backItem();
if (!backItem)
return nullptr;
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, backItem->url());
if (!isValid())
return reattachToWebProcessWithItem(backItem);
RefPtr<API::Navigation> navigation;
if (!m_backForwardList->currentItem()->itemIsInSameDocument(*backItem))
navigation = m_navigationState->createBackForwardNavigation();
m_process->send(Messages::WebPage::GoBack(navigation ? navigation->navigationID() : 0, backItem->itemID()), m_pageID);
m_process->responsivenessTimer().start();
return navigation;
}
RefPtr<API::Navigation> WebPageProxy::goToBackForwardItem(WebBackForwardListItem* item)
{
if (!isValid())
return reattachToWebProcessWithItem(item);
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setPendingAPIRequestURL(transaction, item->url());
RefPtr<API::Navigation> navigation;
if (!m_backForwardList->currentItem()->itemIsInSameDocument(*item))
navigation = m_navigationState->createBackForwardNavigation();
m_process->send(Messages::WebPage::GoToBackForwardItem(navigation ? navigation->navigationID() : 0, item->itemID()), m_pageID);
m_process->responsivenessTimer().start();
return navigation;
}
void WebPageProxy::tryRestoreScrollPosition()
{
if (!isValid())
return;
m_process->send(Messages::WebPage::TryRestoreScrollPosition(), m_pageID);
}
void WebPageProxy::didChangeBackForwardList(WebBackForwardListItem* added, Vector<RefPtr<WebBackForwardListItem>> removed)
{
PageClientProtector protector(m_pageClient);
m_loaderClient->didChangeBackForwardList(*this, added, WTFMove(removed));
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setCanGoBack(transaction, m_backForwardList->backItem());
m_pageLoadState.setCanGoForward(transaction, m_backForwardList->forwardItem());
}
void WebPageProxy::willGoToBackForwardListItem(uint64_t itemID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
if (WebBackForwardListItem* item = m_process->webBackForwardItem(itemID))
m_loaderClient->willGoToBackForwardListItem(*this, item, m_process->transformHandlesToObjects(userData.object()).get());
}
bool WebPageProxy::shouldKeepCurrentBackForwardListItemInList(WebBackForwardListItem* item)
{
PageClientProtector protector(m_pageClient);
return m_loaderClient->shouldKeepCurrentBackForwardListItemInList(*this, item);
}
bool WebPageProxy::canShowMIMEType(const String& mimeType)
{
if (MIMETypeRegistry::canShowMIMEType(mimeType))
return true;
#if ENABLE(NETSCAPE_PLUGIN_API)
String newMimeType = mimeType;
PluginModuleInfo plugin = m_process->processPool().pluginInfoStore().findPlugin(newMimeType, URL());
if (!plugin.path.isNull() && m_preferences->pluginsEnabled())
return true;
#endif // ENABLE(NETSCAPE_PLUGIN_API)
#if PLATFORM(COCOA)
// On Mac, we can show PDFs.
if (MIMETypeRegistry::isPDFOrPostScriptMIMEType(mimeType) && !WebProcessPool::omitPDFSupport())
return true;
#endif // PLATFORM(COCOA)
return false;
}
void WebPageProxy::setControlledByAutomation(bool controlled)
{
if (m_controlledByAutomation == controlled)
return;
m_controlledByAutomation = controlled;
if (isValid())
m_process->send(Messages::WebPage::SetControlledByAutomation(controlled), m_pageID);
}
#if ENABLE(REMOTE_INSPECTOR)
void WebPageProxy::setAllowsRemoteInspection(bool allow)
{
if (m_allowsRemoteInspection == allow)
return;
m_allowsRemoteInspection = allow;
if (isValid())
m_process->send(Messages::WebPage::SetAllowsRemoteInspection(allow), m_pageID);
}
void WebPageProxy::setRemoteInspectionNameOverride(const String& name)
{
if (m_remoteInspectionNameOverride == name)
return;
m_remoteInspectionNameOverride = name;
if (isValid())
m_process->send(Messages::WebPage::SetRemoteInspectionNameOverride(m_remoteInspectionNameOverride), m_pageID);
}
#endif
void WebPageProxy::setDrawsBackground(bool drawsBackground)
{
if (m_drawsBackground == drawsBackground)
return;
m_drawsBackground = drawsBackground;
if (isValid())
m_process->send(Messages::WebPage::SetDrawsBackground(drawsBackground), m_pageID);
}
void WebPageProxy::setTopContentInset(float contentInset)
{
if (m_topContentInset == contentInset)
return;
m_topContentInset = contentInset;
if (!isValid())
return;
#if PLATFORM(COCOA)
MachSendRight fence = m_drawingArea->createFence();
auto fenceAttachment = IPC::Attachment(fence.leakSendRight(), MACH_MSG_TYPE_MOVE_SEND);
m_process->send(Messages::WebPage::SetTopContentInsetFenced(contentInset, fenceAttachment), m_pageID);
#else
m_process->send(Messages::WebPage::SetTopContentInset(contentInset), m_pageID);
#endif
}
void WebPageProxy::setUnderlayColor(const Color& color)
{
if (m_underlayColor == color)
return;
m_underlayColor = color;
if (isValid())
m_process->send(Messages::WebPage::SetUnderlayColor(color), m_pageID);
}
void WebPageProxy::viewWillStartLiveResize()
{
if (!isValid())
return;
#if ENABLE(INPUT_TYPE_COLOR_POPOVER) && ENABLE(INPUT_TYPE_COLOR)
if (m_colorPicker)
endColorPicker();
#endif
m_process->send(Messages::WebPage::ViewWillStartLiveResize(), m_pageID);
}
void WebPageProxy::viewWillEndLiveResize()
{
if (!isValid())
return;
m_process->send(Messages::WebPage::ViewWillEndLiveResize(), m_pageID);
}
void WebPageProxy::setViewNeedsDisplay(const Region& region)
{
m_pageClient.setViewNeedsDisplay(region);
}
void WebPageProxy::requestScroll(const FloatPoint& scrollPosition, const IntPoint& scrollOrigin, bool isProgrammaticScroll)
{
m_pageClient.requestScroll(scrollPosition, scrollOrigin, isProgrammaticScroll);
}
void WebPageProxy::setSuppressVisibilityUpdates(bool flag)
{
if (m_suppressVisibilityUpdates == flag)
return;
m_suppressVisibilityUpdates = flag;
if (!m_suppressVisibilityUpdates) {
#if PLATFORM(COCOA)
m_viewStateChangeDispatcher->schedule();
#else
dispatchViewStateChange();
#endif
}
}
void WebPageProxy::updateViewState(ViewState::Flags flagsToUpdate)
{
m_viewState &= ~flagsToUpdate;
if (flagsToUpdate & ViewState::IsFocused && m_pageClient.isViewFocused())
m_viewState |= ViewState::IsFocused;
if (flagsToUpdate & ViewState::WindowIsActive && m_pageClient.isViewWindowActive())
m_viewState |= ViewState::WindowIsActive;
if (flagsToUpdate & ViewState::IsVisible && m_pageClient.isViewVisible())
m_viewState |= ViewState::IsVisible;
if (flagsToUpdate & ViewState::IsVisibleOrOccluded && m_pageClient.isViewVisibleOrOccluded())
m_viewState |= ViewState::IsVisibleOrOccluded;
if (flagsToUpdate & ViewState::IsInWindow && m_pageClient.isViewInWindow())
m_viewState |= ViewState::IsInWindow;
if (flagsToUpdate & ViewState::IsVisuallyIdle && m_pageClient.isVisuallyIdle())
m_viewState |= ViewState::IsVisuallyIdle;
}
void WebPageProxy::viewStateDidChange(ViewState::Flags mayHaveChanged, bool wantsSynchronousReply, ViewStateChangeDispatchMode dispatchMode)
{
m_potentiallyChangedViewStateFlags |= mayHaveChanged;
m_viewStateChangeWantsSynchronousReply = m_viewStateChangeWantsSynchronousReply || wantsSynchronousReply;
if (m_suppressVisibilityUpdates && dispatchMode != ViewStateChangeDispatchMode::Immediate)
return;
#if PLATFORM(COCOA)
bool isNewlyInWindow = !isInWindow() && (mayHaveChanged & ViewState::IsInWindow) && m_pageClient.isViewInWindow();
if (dispatchMode == ViewStateChangeDispatchMode::Immediate || isNewlyInWindow) {
dispatchViewStateChange();
return;
}
m_viewStateChangeDispatcher->schedule();
#else
UNUSED_PARAM(dispatchMode);
dispatchViewStateChange();
#endif
}
void WebPageProxy::viewDidLeaveWindow()
{
#if ENABLE(INPUT_TYPE_COLOR_POPOVER) && ENABLE(INPUT_TYPE_COLOR)
// When leaving the current page, close the popover color well.
if (m_colorPicker)
endColorPicker();
#endif
#if PLATFORM(IOS) && HAVE(AVKIT) || (PLATFORM(MAC) && ENABLE(VIDEO_PRESENTATION_MODE))
// When leaving the current page, close the video fullscreen.
if (m_videoFullscreenManager)
m_videoFullscreenManager->requestHideAndExitFullscreen();
#endif
}
void WebPageProxy::viewDidEnterWindow()
{
LayerHostingMode layerHostingMode = m_pageClient.viewLayerHostingMode();
if (m_layerHostingMode != layerHostingMode) {
m_layerHostingMode = layerHostingMode;
m_process->send(Messages::WebPage::SetLayerHostingMode(layerHostingMode), m_pageID);
}
}
void WebPageProxy::dispatchViewStateChange()
{
#if PLATFORM(COCOA)
m_viewStateChangeDispatcher->invalidate();
#endif
if (!isValid())
return;
// If the visibility state may have changed, then so may the visually idle & occluded agnostic state.
if (m_potentiallyChangedViewStateFlags & ViewState::IsVisible)
m_potentiallyChangedViewStateFlags |= ViewState::IsVisibleOrOccluded | ViewState::IsVisuallyIdle;
// Record the prior view state, update the flags that may have changed,
// and check which flags have actually changed.
ViewState::Flags previousViewState = m_viewState;
updateViewState(m_potentiallyChangedViewStateFlags);
ViewState::Flags changed = m_viewState ^ previousViewState;
bool isNowInWindow = (changed & ViewState::IsInWindow) && isInWindow();
// We always want to wait for the Web process to reply if we've been in-window before and are coming back in-window.
if (m_viewWasEverInWindow && isNowInWindow && m_drawingArea->hasVisibleContent())
m_viewStateChangeWantsSynchronousReply = true;
// Don't wait synchronously if the view state is not visible. (This matters in particular on iOS, where a hidden page may be suspended.)
if (!(m_viewState & ViewState::IsVisible))
m_viewStateChangeWantsSynchronousReply = false;
if (changed || m_viewStateChangeWantsSynchronousReply || !m_nextViewStateChangeCallbacks.isEmpty())
m_process->send(Messages::WebPage::SetViewState(m_viewState, m_viewStateChangeWantsSynchronousReply, m_nextViewStateChangeCallbacks), m_pageID);
m_nextViewStateChangeCallbacks.clear();
// This must happen after the SetViewState message is sent, to ensure the page visibility event can fire.
updateActivityToken();
// If we've started the responsiveness timer as part of telling the web process to update the backing store
// state, it might not send back a reply (since it won't paint anything if the web page is hidden) so we
// stop the unresponsiveness timer here.
if ((changed & ViewState::IsVisible) && !isViewVisible())
m_process->responsivenessTimer().stop();
if (changed & ViewState::IsInWindow) {
if (isInWindow())
viewDidEnterWindow();
else
viewDidLeaveWindow();
}
updateBackingStoreDiscardableState();
if (m_viewStateChangeWantsSynchronousReply)
waitForDidUpdateViewState();
m_potentiallyChangedViewStateFlags = ViewState::NoFlags;
m_viewStateChangeWantsSynchronousReply = false;
m_viewWasEverInWindow |= isNowInWindow;
}
bool WebPageProxy::isAlwaysOnLoggingAllowed() const
{
return sessionID().isAlwaysOnLoggingAllowed();
}
void WebPageProxy::updateActivityToken()
{
if (m_viewState & ViewState::IsVisuallyIdle)
m_pageIsUserObservableCount = nullptr;
else if (!m_pageIsUserObservableCount)
m_pageIsUserObservableCount = m_process->processPool().userObservablePageCount();
#if PLATFORM(IOS)
if (!isViewVisible() && !m_alwaysRunsAtForegroundPriority) {
if (m_activityToken) {
RELEASE_LOG_IF_ALLOWED("%p - UIProcess is releasing a foreground assertion because the view is no longer visible", this);
m_activityToken = nullptr;
}
} else if (!m_activityToken) {
if (isViewVisible())
RELEASE_LOG_IF_ALLOWED("%p - UIProcess is taking a foreground assertion because the view is visible", this);
else
RELEASE_LOG_IF_ALLOWED("%p - UIProcess is taking a foreground assertion even though the view is not visible because m_alwaysRunsAtForegroundPriority is true", this);
m_activityToken = m_process->throttler().foregroundActivityToken();
}
#endif
}
void WebPageProxy::updateProccessSuppressionState()
{
if (m_preferences->pageVisibilityBasedProcessSuppressionEnabled())
m_preventProcessSuppressionCount = nullptr;
else if (!m_preventProcessSuppressionCount)
m_preventProcessSuppressionCount = m_process->processPool().processSuppressionDisabledForPageCount();
}
void WebPageProxy::updateHiddenPageThrottlingAutoIncreases()
{
if (!m_preferences->hiddenPageDOMTimerThrottlingAutoIncreases())
m_hiddenPageDOMTimerThrottlingAutoIncreasesCount = nullptr;
else if (!m_hiddenPageDOMTimerThrottlingAutoIncreasesCount)
m_hiddenPageDOMTimerThrottlingAutoIncreasesCount = m_process->processPool().hiddenPageThrottlingAutoIncreasesCount();
}
void WebPageProxy::layerHostingModeDidChange()
{
if (!isValid())
return;
LayerHostingMode layerHostingMode = m_pageClient.viewLayerHostingMode();
if (m_layerHostingMode == layerHostingMode)
return;
m_layerHostingMode = layerHostingMode;
m_process->send(Messages::WebPage::SetLayerHostingMode(layerHostingMode), m_pageID);
}
void WebPageProxy::waitForDidUpdateViewState()
{
if (!isValid())
return;
if (m_process->state() != WebProcessProxy::State::Running)
return;
// If we have previously timed out with no response from the WebProcess, don't block the UIProcess again until it starts responding.
if (m_waitingForDidUpdateViewState)
return;
#if PLATFORM(IOS)
// Hail Mary check. Should not be possible (dispatchViewStateChange should force async if not visible,
// and if visible we should be holding an assertion) - but we should never block on a suspended process.
if (!m_activityToken) {
ASSERT_NOT_REACHED();
return;
}
#endif
m_waitingForDidUpdateViewState = true;
m_drawingArea->waitForDidUpdateViewState();
}
IntSize WebPageProxy::viewSize() const
{
return m_pageClient.viewSize();
}
void WebPageProxy::setInitialFocus(bool forward, bool isKeyboardEventValid, const WebKeyboardEvent& keyboardEvent, std::function<void (CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(CallbackBase::Error::OwnerWasInvalidated);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::SetInitialFocus(forward, isKeyboardEventValid, keyboardEvent, callbackID), m_pageID);
}
void WebPageProxy::clearSelection()
{
if (!isValid())
return;
m_process->send(Messages::WebPage::ClearSelection(), m_pageID);
}
void WebPageProxy::restoreSelectionInFocusedEditableElement()
{
if (!isValid())
return;
m_process->send(Messages::WebPage::RestoreSelectionInFocusedEditableElement(), m_pageID);
}
void WebPageProxy::validateCommand(const String& commandName, std::function<void (const String&, bool, int32_t, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(String(), false, 0, CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::ValidateCommand(commandName, callbackID), m_pageID);
}
void WebPageProxy::setMaintainsInactiveSelection(bool newValue)
{
m_maintainsInactiveSelection = newValue;
}
void WebPageProxy::executeEditCommand(const String& commandName, const String& argument)
{
static NeverDestroyed<String> ignoreSpellingCommandName(ASCIILiteral("ignoreSpelling"));
if (!isValid())
return;
if (commandName == ignoreSpellingCommandName)
++m_pendingLearnOrIgnoreWordMessageCount;
m_process->send(Messages::WebPage::ExecuteEditCommand(commandName, argument), m_pageID);
}
void WebPageProxy::setEditable(bool editable)
{
if (editable == m_isEditable)
return;
if (!isValid())
return;
m_isEditable = editable;
m_process->send(Messages::WebPage::SetEditable(editable), m_pageID);
}
#if !PLATFORM(IOS)
void WebPageProxy::didCommitLayerTree(const RemoteLayerTreeTransaction&)
{
}
void WebPageProxy::layerTreeCommitComplete()
{
}
#endif
#if ENABLE(DRAG_SUPPORT)
void WebPageProxy::dragEntered(DragData& dragData, const String& dragStorageName)
{
SandboxExtension::Handle sandboxExtensionHandle;
SandboxExtension::HandleArray sandboxExtensionHandleEmptyArray;
performDragControllerAction(DragControllerActionEntered, dragData, dragStorageName, sandboxExtensionHandle, sandboxExtensionHandleEmptyArray);
}
void WebPageProxy::dragUpdated(DragData& dragData, const String& dragStorageName)
{
SandboxExtension::Handle sandboxExtensionHandle;
SandboxExtension::HandleArray sandboxExtensionHandleEmptyArray;
performDragControllerAction(DragControllerActionUpdated, dragData, dragStorageName, sandboxExtensionHandle, sandboxExtensionHandleEmptyArray);
}
void WebPageProxy::dragExited(DragData& dragData, const String& dragStorageName)
{
SandboxExtension::Handle sandboxExtensionHandle;
SandboxExtension::HandleArray sandboxExtensionHandleEmptyArray;
performDragControllerAction(DragControllerActionExited, dragData, dragStorageName, sandboxExtensionHandle, sandboxExtensionHandleEmptyArray);
}
void WebPageProxy::performDragOperation(DragData& dragData, const String& dragStorageName, const SandboxExtension::Handle& sandboxExtensionHandle, const SandboxExtension::HandleArray& sandboxExtensionsForUpload)
{
performDragControllerAction(DragControllerActionPerformDragOperation, dragData, dragStorageName, sandboxExtensionHandle, sandboxExtensionsForUpload);
}
void WebPageProxy::performDragControllerAction(DragControllerAction action, DragData& dragData, const String& dragStorageName, const SandboxExtension::Handle& sandboxExtensionHandle, const SandboxExtension::HandleArray& sandboxExtensionsForUpload)
{
if (!isValid())
return;
#if PLATFORM(GTK)
UNUSED_PARAM(dragStorageName);
UNUSED_PARAM(sandboxExtensionHandle);
UNUSED_PARAM(sandboxExtensionsForUpload);
String url = dragData.asURL();
if (!url.isEmpty())
m_process->assumeReadAccessToBaseURL(url);
ASSERT(dragData.platformData());
WebSelectionData selection(*dragData.platformData());
m_process->send(Messages::WebPage::PerformDragControllerAction(action, dragData.clientPosition(), dragData.globalPosition(), dragData.draggingSourceOperationMask(), selection, dragData.flags()), m_pageID);
#else
m_process->send(Messages::WebPage::PerformDragControllerAction(action, dragData.clientPosition(), dragData.globalPosition(), dragData.draggingSourceOperationMask(), dragStorageName, dragData.flags(), sandboxExtensionHandle, sandboxExtensionsForUpload), m_pageID);
#endif
}
void WebPageProxy::didPerformDragControllerAction(uint64_t dragOperation, bool mouseIsOverFileInput, unsigned numberOfItemsToBeAccepted)
{
MESSAGE_CHECK(dragOperation <= DragOperationDelete);
m_currentDragOperation = static_cast<DragOperation>(dragOperation);
m_currentDragIsOverFileInput = mouseIsOverFileInput;
m_currentDragNumberOfFilesToBeAccepted = numberOfItemsToBeAccepted;
}
#if PLATFORM(GTK)
void WebPageProxy::startDrag(WebSelectionData&& selection, uint64_t dragOperation, const ShareableBitmap::Handle& dragImageHandle)
{
RefPtr<ShareableBitmap> dragImage = !dragImageHandle.isNull() ? ShareableBitmap::create(dragImageHandle) : nullptr;
m_pageClient.startDrag(WTFMove(selection.selectionData), static_cast<WebCore::DragOperation>(dragOperation), WTFMove(dragImage));
m_process->send(Messages::WebPage::DidStartDrag(), m_pageID);
}
#endif
void WebPageProxy::dragEnded(const IntPoint& clientPosition, const IntPoint& globalPosition, uint64_t operation)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::DragEnded(clientPosition, globalPosition, operation), m_pageID);
}
#endif // ENABLE(DRAG_SUPPORT)
void WebPageProxy::handleMouseEvent(const NativeWebMouseEvent& event)
{
if (!isValid())
return;
if (m_pageClient.windowIsFrontWindowUnderMouse(event))
setToolTip(String());
// NOTE: This does not start the responsiveness timer because mouse move should not indicate interaction.
if (event.type() != WebEvent::MouseMove)
m_process->responsivenessTimer().start();
else {
if (m_processingMouseMoveEvent) {
m_nextMouseMoveEvent = std::make_unique<NativeWebMouseEvent>(event);
return;
}
m_processingMouseMoveEvent = true;
}
// <https://bugs.webkit.org/show_bug.cgi?id=57904> We need to keep track of the mouse down event in the case where we
// display a popup menu for select elements. When the user changes the selected item,
// we fake a mouse up event by using this stored down event. This event gets cleared
// when the mouse up message is received from WebProcess.
if (event.type() == WebEvent::MouseDown)
m_currentlyProcessedMouseDownEvent = std::make_unique<NativeWebMouseEvent>(event);
m_process->send(Messages::WebPage::MouseEvent(event), m_pageID);
}
#if MERGE_WHEEL_EVENTS
static bool canCoalesce(const WebWheelEvent& a, const WebWheelEvent& b)
{
if (a.position() != b.position())
return false;
if (a.globalPosition() != b.globalPosition())
return false;
if (a.modifiers() != b.modifiers())
return false;
if (a.granularity() != b.granularity())
return false;
#if PLATFORM(COCOA)
if (a.phase() != b.phase())
return false;
if (a.momentumPhase() != b.momentumPhase())
return false;
if (a.hasPreciseScrollingDeltas() != b.hasPreciseScrollingDeltas())
return false;
#endif
return true;
}
static WebWheelEvent coalesce(const WebWheelEvent& a, const WebWheelEvent& b)
{
ASSERT(canCoalesce(a, b));
FloatSize mergedDelta = a.delta() + b.delta();
FloatSize mergedWheelTicks = a.wheelTicks() + b.wheelTicks();
#if PLATFORM(COCOA)
FloatSize mergedUnacceleratedScrollingDelta = a.unacceleratedScrollingDelta() + b.unacceleratedScrollingDelta();
return WebWheelEvent(WebEvent::Wheel, b.position(), b.globalPosition(), mergedDelta, mergedWheelTicks, b.granularity(), b.directionInvertedFromDevice(), b.phase(), b.momentumPhase(), b.hasPreciseScrollingDeltas(), b.scrollCount(), mergedUnacceleratedScrollingDelta, b.modifiers(), b.timestamp());
#else
return WebWheelEvent(WebEvent::Wheel, b.position(), b.globalPosition(), mergedDelta, mergedWheelTicks, b.granularity(), b.modifiers(), b.timestamp());
#endif
}
#endif // MERGE_WHEEL_EVENTS
static WebWheelEvent coalescedWheelEvent(Deque<NativeWebWheelEvent>& queue, Vector<NativeWebWheelEvent>& coalescedEvents)
{
ASSERT(!queue.isEmpty());
ASSERT(coalescedEvents.isEmpty());
#if MERGE_WHEEL_EVENTS
NativeWebWheelEvent firstEvent = queue.takeFirst();
coalescedEvents.append(firstEvent);
WebWheelEvent event = firstEvent;
while (!queue.isEmpty() && canCoalesce(event, queue.first())) {
NativeWebWheelEvent firstEvent = queue.takeFirst();
coalescedEvents.append(firstEvent);
event = coalesce(event, firstEvent);
}
return event;
#else
while (!queue.isEmpty())
coalescedEvents.append(queue.takeFirst());
return coalescedEvents.last();
#endif
}
void WebPageProxy::handleWheelEvent(const NativeWebWheelEvent& event)
{
#if ENABLE(ASYNC_SCROLLING)
if (m_scrollingCoordinatorProxy && m_scrollingCoordinatorProxy->handleWheelEvent(platform(event)))
return;
#endif
if (!isValid())
return;
if (!m_currentlyProcessedWheelEvents.isEmpty()) {
m_wheelEventQueue.append(event);
if (m_wheelEventQueue.size() < wheelEventQueueSizeThreshold)
return;
// The queue has too many wheel events, so push a new event.
}
if (!m_wheelEventQueue.isEmpty()) {
processNextQueuedWheelEvent();
return;
}
auto coalescedWheelEvent = std::make_unique<Vector<NativeWebWheelEvent>>();
coalescedWheelEvent->append(event);
m_currentlyProcessedWheelEvents.append(WTFMove(coalescedWheelEvent));
sendWheelEvent(event);
}
void WebPageProxy::processNextQueuedWheelEvent()
{
auto nextCoalescedEvent = std::make_unique<Vector<NativeWebWheelEvent>>();
WebWheelEvent nextWheelEvent = coalescedWheelEvent(m_wheelEventQueue, *nextCoalescedEvent.get());
m_currentlyProcessedWheelEvents.append(WTFMove(nextCoalescedEvent));
sendWheelEvent(nextWheelEvent);
}
void WebPageProxy::sendWheelEvent(const WebWheelEvent& event)
{
m_process->send(
Messages::EventDispatcher::WheelEvent(
m_pageID,
event,
shouldUseImplicitRubberBandControl() ? !m_backForwardList->backItem() : rubberBandsAtLeft(),
shouldUseImplicitRubberBandControl() ? !m_backForwardList->forwardItem() : rubberBandsAtRight(),
rubberBandsAtTop(),
rubberBandsAtBottom()
), 0);
// Manually ping the web process to check for responsiveness since our wheel
// event will dispatch to a non-main thread, which always responds.
m_process->isResponsive(nullptr);
}
void WebPageProxy::handleKeyboardEvent(const NativeWebKeyboardEvent& event)
{
if (!isValid())
return;
LOG(KeyHandling, "WebPageProxy::handleKeyboardEvent: %s", webKeyboardEventTypeString(event.type()));
m_keyEventQueue.append(event);
m_process->responsivenessTimer().start();
if (m_keyEventQueue.size() == 1) { // Otherwise, sent from DidReceiveEvent message handler.
LOG(KeyHandling, " UI process: sent keyEvent from handleKeyboardEvent");
m_process->send(Messages::WebPage::KeyEvent(event), m_pageID);
}
}
WebPreferencesStore WebPageProxy::preferencesStore() const
{
if (m_configurationPreferenceValues.isEmpty())
return m_preferences->store();
WebPreferencesStore store = m_preferences->store();
for (const auto& preference : m_configurationPreferenceValues)
store.m_values.set(preference.key, preference.value);
return store;
}
#if ENABLE(NETSCAPE_PLUGIN_API)
void WebPageProxy::findPlugin(const String& mimeType, uint32_t processType, const String& urlString, const String& frameURLString, const String& pageURLString, bool allowOnlyApplicationPlugins, uint64_t& pluginProcessToken, String& newMimeType, uint32_t& pluginLoadPolicy, String& unavailabilityDescription)
{
PageClientProtector protector(m_pageClient);
MESSAGE_CHECK_URL(urlString);
newMimeType = mimeType.convertToASCIILowercase();
pluginLoadPolicy = PluginModuleLoadNormally;
PluginData::AllowedPluginTypes allowedPluginTypes = allowOnlyApplicationPlugins ? PluginData::OnlyApplicationPlugins : PluginData::AllPlugins;
PluginModuleInfo plugin = m_process->processPool().pluginInfoStore().findPlugin(newMimeType, URL(URL(), urlString), allowedPluginTypes);
if (!plugin.path) {
pluginProcessToken = 0;
return;
}
pluginLoadPolicy = PluginInfoStore::defaultLoadPolicyForPlugin(plugin);
#if PLATFORM(COCOA)
RefPtr<API::Dictionary> pluginInformation = createPluginInformationDictionary(plugin, frameURLString, String(), pageURLString, String(), String());
if (m_navigationClient)
pluginLoadPolicy = m_navigationClient->decidePolicyForPluginLoad(*this, static_cast<PluginModuleLoadPolicy>(pluginLoadPolicy), pluginInformation.get(), unavailabilityDescription);
else
pluginLoadPolicy = m_loaderClient->pluginLoadPolicy(*this, static_cast<PluginModuleLoadPolicy>(pluginLoadPolicy), pluginInformation.get(), unavailabilityDescription);
#else
UNUSED_PARAM(frameURLString);
UNUSED_PARAM(pageURLString);
UNUSED_PARAM(unavailabilityDescription);
#endif
PluginProcessSandboxPolicy pluginProcessSandboxPolicy = PluginProcessSandboxPolicyNormal;
switch (pluginLoadPolicy) {
case PluginModuleLoadNormally:
pluginProcessSandboxPolicy = PluginProcessSandboxPolicyNormal;
break;
case PluginModuleLoadUnsandboxed:
pluginProcessSandboxPolicy = PluginProcessSandboxPolicyUnsandboxed;
break;
case PluginModuleBlockedForSecurity:
case PluginModuleBlockedForCompatibility:
pluginProcessToken = 0;
return;
}
pluginProcessToken = PluginProcessManager::singleton().pluginProcessToken(plugin, static_cast<PluginProcessType>(processType), pluginProcessSandboxPolicy);
}
#endif // ENABLE(NETSCAPE_PLUGIN_API)
#if ENABLE(TOUCH_EVENTS)
static TrackingType mergeTrackingTypes(TrackingType a, TrackingType b)
{
if (static_cast<uintptr_t>(b) > static_cast<uintptr_t>(a))
return b;
return a;
}
void WebPageProxy::updateTouchEventTracking(const WebTouchEvent& touchStartEvent)
{
#if ENABLE(ASYNC_SCROLLING)
const EventNames& names = eventNames();
for (auto& touchPoint : touchStartEvent.touchPoints()) {
IntPoint location = touchPoint.location();
auto updateTrackingType = [this, location](TrackingType& trackingType, const AtomicString& eventName) {
if (trackingType == TrackingType::Synchronous)
return;
TrackingType trackingTypeForLocation = m_scrollingCoordinatorProxy->eventTrackingTypeForPoint(eventName, location);
trackingType = mergeTrackingTypes(trackingType, trackingTypeForLocation);
};
updateTrackingType(m_touchEventTracking.touchForceChangedTracking, names.touchforcechangeEvent);
updateTrackingType(m_touchEventTracking.touchStartTracking, names.touchstartEvent);
updateTrackingType(m_touchEventTracking.touchMoveTracking, names.touchmoveEvent);
updateTrackingType(m_touchEventTracking.touchEndTracking, names.touchendEvent);
}
#else
UNUSED_PARAM(touchStartEvent);
m_touchEventTracking.touchForceChangedTracking = TrackingType::Synchronous;
m_touchEventTracking.touchStartTracking = TrackingType::Synchronous;
m_touchEventTracking.touchMoveTracking = TrackingType::Synchronous;
m_touchEventTracking.touchEndTracking = TrackingType::Synchronous;
#endif // ENABLE(ASYNC_SCROLLING)
}
TrackingType WebPageProxy::touchEventTrackingType(const WebTouchEvent& touchStartEvent) const
{
// We send all events if any type is needed, we just do it asynchronously for the types that are not tracked.
//
// Touch events define a sequence with strong dependencies. For example, we can expect
// a TouchMove to only appear after a TouchStart, and the ids of the touch points is consistent between
// the two.
//
// WebCore should not have to set up its state correctly after some events were dismissed.
// For example, we don't want to send a TouchMoved without a TouchPressed.
// We send everything, WebCore updates its internal state and dispatch what is needed to the page.
TrackingType globalTrackingType = m_touchEventTracking.isTrackingAnything() ? TrackingType::Asynchronous : TrackingType::NotTracking;
globalTrackingType = mergeTrackingTypes(globalTrackingType, m_touchEventTracking.touchForceChangedTracking);
for (auto& touchPoint : touchStartEvent.touchPoints()) {
switch (touchPoint.state()) {
case WebPlatformTouchPoint::TouchReleased:
globalTrackingType = mergeTrackingTypes(globalTrackingType, m_touchEventTracking.touchEndTracking);
break;
case WebPlatformTouchPoint::TouchPressed:
globalTrackingType = mergeTrackingTypes(globalTrackingType, m_touchEventTracking.touchStartTracking);
break;
case WebPlatformTouchPoint::TouchMoved:
case WebPlatformTouchPoint::TouchStationary:
globalTrackingType = mergeTrackingTypes(globalTrackingType, m_touchEventTracking.touchMoveTracking);
break;
case WebPlatformTouchPoint::TouchCancelled:
globalTrackingType = mergeTrackingTypes(globalTrackingType, TrackingType::Asynchronous);
break;
}
}
return globalTrackingType;
}
#endif
#if ENABLE(MAC_GESTURE_EVENTS)
void WebPageProxy::handleGestureEvent(const NativeWebGestureEvent& event)
{
if (!isValid())
return;
m_gestureEventQueue.append(event);
// FIXME: Consider doing some coalescing here.
m_process->responsivenessTimer().start();
m_process->send(Messages::EventDispatcher::GestureEvent(m_pageID, event), 0);
}
#endif
#if ENABLE(IOS_TOUCH_EVENTS)
void WebPageProxy::handleTouchEventSynchronously(NativeWebTouchEvent& event)
{
if (!isValid())
return;
if (event.type() == WebEvent::TouchStart) {
updateTouchEventTracking(event);
m_layerTreeTransactionIdAtLastTouchStart = downcast<RemoteLayerTreeDrawingAreaProxy>(*drawingArea()).lastCommittedLayerTreeTransactionID();
}
TrackingType touchEventsTrackingType = touchEventTrackingType(event);
if (touchEventsTrackingType == TrackingType::NotTracking)
return;
if (touchEventsTrackingType == TrackingType::Asynchronous) {
// We can end up here if a native gesture has not started but the event handlers are passive.
//
// The client of WebPageProxy asks the event to be sent synchronously since the touch event
// can prevent a native gesture.
// But, here we know that all events handlers that can handle this events are passive.
// We can use asynchronous dispatch and pretend to the client that the page does nothing with the events.
event.setCanPreventNativeGestures(false);
handleTouchEventAsynchronously(event);
didReceiveEvent(event.type(), false);
return;
}
m_process->responsivenessTimer().start();
bool handled = false;
m_process->sendSync(Messages::WebPage::TouchEventSync(event), Messages::WebPage::TouchEventSync::Reply(handled), m_pageID);
didReceiveEvent(event.type(), handled);
m_pageClient.doneWithTouchEvent(event, handled);
m_process->responsivenessTimer().stop();
if (event.allTouchPointsAreReleased())
m_touchEventTracking.reset();
}
void WebPageProxy::handleTouchEventAsynchronously(const NativeWebTouchEvent& event)
{
if (!isValid())
return;
TrackingType touchEventsTrackingType = touchEventTrackingType(event);
if (touchEventsTrackingType == TrackingType::NotTracking)
return;
m_process->send(Messages::EventDispatcher::TouchEvent(m_pageID, event), 0);
if (event.allTouchPointsAreReleased())
m_touchEventTracking.reset();
}
#elif ENABLE(TOUCH_EVENTS)
void WebPageProxy::handleTouchEvent(const NativeWebTouchEvent& event)
{
if (!isValid())
return;
if (event.type() == WebEvent::TouchStart)
updateTouchEventTracking(event);
if (touchEventTrackingType(event) == TrackingType::NotTracking)
return;
// If the page is suspended, which should be the case during panning, pinching
// and animation on the page itself (kinetic scrolling, tap to zoom) etc, then
// we do not send any of the events to the page even if is has listeners.
if (!m_isPageSuspended) {
m_touchEventQueue.append(event);
m_process->responsivenessTimer().start();
m_process->send(Messages::WebPage::TouchEvent(event), m_pageID);
} else {
if (m_touchEventQueue.isEmpty()) {
bool isEventHandled = false;
m_pageClient.doneWithTouchEvent(event, isEventHandled);
} else {
// We attach the incoming events to the newest queued event so that all
// the events are delivered in the correct order when the event is dequed.
QueuedTouchEvents& lastEvent = m_touchEventQueue.last();
lastEvent.deferredTouchEvents.append(event);
}
}
if (event.allTouchPointsAreReleased())
m_touchEventTracking.reset();
}
#endif // ENABLE(TOUCH_EVENTS)
void WebPageProxy::scrollBy(ScrollDirection direction, ScrollGranularity granularity)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::ScrollBy(direction, granularity), m_pageID);
}
void WebPageProxy::centerSelectionInVisibleArea()
{
if (!isValid())
return;
m_process->send(Messages::WebPage::CenterSelectionInVisibleArea(), m_pageID);
}
void WebPageProxy::receivedPolicyDecision(PolicyAction action, WebFrameProxy* frame, uint64_t listenerID, API::Navigation* navigation)
{
if (!isValid())
return;
auto transaction = m_pageLoadState.transaction();
if (action == PolicyIgnore)
m_pageLoadState.clearPendingAPIRequestURL(transaction);
#if ENABLE(DOWNLOAD_ATTRIBUTE)
if (m_syncNavigationActionHasDownloadAttribute && action == PolicyUse)
action = PolicyDownload;
#endif
DownloadID downloadID = { };
if (action == PolicyDownload) {
// Create a download proxy.
// FIXME: We should ensure that the downloadRequest is never empty.
const ResourceRequest& downloadRequest = m_decidePolicyForResponseRequest ? *m_decidePolicyForResponseRequest : ResourceRequest();
DownloadProxy* download = m_process->processPool().createDownloadProxy(downloadRequest);
downloadID = download->downloadID();
handleDownloadRequest(download);
}
// If we received a policy decision while in decidePolicyForResponse the decision will
// be sent back to the web process by decidePolicyForResponse.
if (m_inDecidePolicyForResponseSync) {
m_syncMimeTypePolicyActionIsValid = true;
m_syncMimeTypePolicyAction = action;
m_syncMimeTypePolicyDownloadID = downloadID;
return;
}
// If we received a policy decision while in decidePolicyForNavigationAction the decision will
// be sent back to the web process by decidePolicyForNavigationAction.
if (m_inDecidePolicyForNavigationAction) {
m_syncNavigationActionPolicyActionIsValid = true;
m_syncNavigationActionPolicyAction = action;
m_syncNavigationActionPolicyDownloadID = downloadID;
return;
}
m_process->send(Messages::WebPage::DidReceivePolicyDecision(frame->frameID(), listenerID, action, navigation ? navigation->navigationID() : 0, downloadID), m_pageID);
}
void WebPageProxy::setUserAgent(const String& userAgent)
{
if (m_userAgent == userAgent)
return;
m_userAgent = userAgent;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetUserAgent(m_userAgent), m_pageID);
}
void WebPageProxy::setApplicationNameForUserAgent(const String& applicationName)
{
if (m_applicationNameForUserAgent == applicationName)
return;
m_applicationNameForUserAgent = applicationName;
if (!m_customUserAgent.isEmpty())
return;
setUserAgent(standardUserAgent(m_applicationNameForUserAgent));
}
void WebPageProxy::setCustomUserAgent(const String& customUserAgent)
{
if (m_customUserAgent == customUserAgent)
return;
m_customUserAgent = customUserAgent;
if (m_customUserAgent.isEmpty()) {
setUserAgent(standardUserAgent(m_applicationNameForUserAgent));
return;
}
setUserAgent(m_customUserAgent);
}
void WebPageProxy::resumeActiveDOMObjectsAndAnimations()
{
if (!isValid() || !m_isPageSuspended)
return;
m_isPageSuspended = false;
m_process->send(Messages::WebPage::ResumeActiveDOMObjectsAndAnimations(), m_pageID);
}
void WebPageProxy::suspendActiveDOMObjectsAndAnimations()
{
if (!isValid() || m_isPageSuspended)
return;
m_isPageSuspended = true;
m_process->send(Messages::WebPage::SuspendActiveDOMObjectsAndAnimations(), m_pageID);
}
bool WebPageProxy::supportsTextEncoding() const
{
// FIXME (118840): We should probably only support this for text documents, not all non-image documents.
return m_mainFrame && !m_mainFrame->isDisplayingStandaloneImageDocument();
}
void WebPageProxy::setCustomTextEncodingName(const String& encodingName)
{
if (m_customTextEncodingName == encodingName)
return;
m_customTextEncodingName = encodingName;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetCustomTextEncodingName(encodingName), m_pageID);
}
void WebPageProxy::terminateProcess()
{
// requestTermination() is a no-op for launching processes, so we get into an inconsistent state by calling resetStateAfterProcessExited().
// FIXME: A client can terminate the page at any time, so we should do something more meaningful than assert and fall apart in release builds.
// See also <https://bugs.webkit.org/show_bug.cgi?id=136012>.
ASSERT(m_process->state() != WebProcessProxy::State::Launching);
// NOTE: This uses a check of m_isValid rather than calling isValid() since
// we want this to run even for pages being closed or that already closed.
if (!m_isValid)
return;
m_process->requestTermination();
resetStateAfterProcessExited();
}
SessionState WebPageProxy::sessionState(const std::function<bool (WebBackForwardListItem&)>& filter) const
{
SessionState sessionState;
sessionState.backForwardListState = m_backForwardList->backForwardListState(filter);
String provisionalURLString = m_pageLoadState.pendingAPIRequestURL();
if (provisionalURLString.isEmpty())
provisionalURLString = m_pageLoadState.provisionalURL();
if (!provisionalURLString.isEmpty())
sessionState.provisionalURL = URL(URL(), provisionalURLString);
sessionState.renderTreeSize = renderTreeSize();
return sessionState;
}
RefPtr<API::Navigation> WebPageProxy::restoreFromSessionState(SessionState sessionState, bool navigate)
{
m_sessionRestorationRenderTreeSize = 0;
m_hitRenderTreeSizeThreshold = false;
bool hasBackForwardList = !!sessionState.backForwardListState.currentIndex;
if (hasBackForwardList) {
m_backForwardList->restoreFromState(WTFMove(sessionState.backForwardListState));
for (const auto& entry : m_backForwardList->entries())
process().registerNewWebBackForwardListItem(entry.get());
process().send(Messages::WebPage::RestoreSession(m_backForwardList->itemStates()), m_pageID);
if (navigate) {
// The back / forward list was restored from a sessionState so we don't want to snapshot the current
// page when navigating away. Suppress navigation snapshotting until the next load has committed
m_suppressNavigationSnapshotting = true;
}
}
// FIXME: Navigating should be separate from state restoration.
if (navigate) {
m_sessionRestorationRenderTreeSize = sessionState.renderTreeSize;
if (!m_sessionRestorationRenderTreeSize)
m_hitRenderTreeSizeThreshold = true; // If we didn't get data on renderTreeSize, just don't fire the milestone.
if (!sessionState.provisionalURL.isNull())
return loadRequest(sessionState.provisionalURL);
if (hasBackForwardList) {
// FIXME: Do we have to null check the back forward list item here?
if (WebBackForwardListItem* item = m_backForwardList->currentItem())
return goToBackForwardItem(item);
}
}
return nullptr;
}
bool WebPageProxy::supportsTextZoom() const
{
// FIXME (118840): This should also return false for standalone media and plug-in documents.
if (!m_mainFrame || m_mainFrame->isDisplayingStandaloneImageDocument())
return false;
return true;
}
void WebPageProxy::setTextZoomFactor(double zoomFactor)
{
if (!isValid())
return;
if (m_textZoomFactor == zoomFactor)
return;
m_textZoomFactor = zoomFactor;
m_process->send(Messages::WebPage::SetTextZoomFactor(m_textZoomFactor), m_pageID);
}
void WebPageProxy::setPageZoomFactor(double zoomFactor)
{
if (!isValid())
return;
if (m_pageZoomFactor == zoomFactor)
return;
m_pageZoomFactor = zoomFactor;
m_process->send(Messages::WebPage::SetPageZoomFactor(m_pageZoomFactor), m_pageID);
}
void WebPageProxy::setPageAndTextZoomFactors(double pageZoomFactor, double textZoomFactor)
{
if (!isValid())
return;
if (m_pageZoomFactor == pageZoomFactor && m_textZoomFactor == textZoomFactor)
return;
m_pageZoomFactor = pageZoomFactor;
m_textZoomFactor = textZoomFactor;
m_process->send(Messages::WebPage::SetPageAndTextZoomFactors(m_pageZoomFactor, m_textZoomFactor), m_pageID);
}
double WebPageProxy::pageZoomFactor() const
{
// Zoom factor for non-PDF pages persists across page loads. We maintain a separate member variable for PDF
// zoom which ensures that we don't use the PDF zoom for a normal page.
if (m_mainFramePluginHandlesPageScaleGesture)
return m_pluginZoomFactor;
return m_pageZoomFactor;
}
double WebPageProxy::pageScaleFactor() const
{
// PDF documents use zoom and scale factors to size themselves appropriately in the window. We store them
// separately but decide which to return based on the main frame.
if (m_mainFramePluginHandlesPageScaleGesture)
return m_pluginScaleFactor;
return m_pageScaleFactor;
}
void WebPageProxy::scalePage(double scale, const IntPoint& origin)
{
ASSERT(scale > 0);
if (!isValid())
return;
m_pageScaleFactor = scale;
m_process->send(Messages::WebPage::ScalePage(scale, origin), m_pageID);
}
void WebPageProxy::scalePageInViewCoordinates(double scale, const IntPoint& centerInViewCoordinates)
{
ASSERT(scale > 0);
if (!isValid())
return;
m_pageScaleFactor = scale;
m_process->send(Messages::WebPage::ScalePageInViewCoordinates(scale, centerInViewCoordinates), m_pageID);
}
void WebPageProxy::scaleView(double scale)
{
ASSERT(scale > 0);
if (!isValid())
return;
m_viewScaleFactor = scale;
m_process->send(Messages::WebPage::ScaleView(scale), m_pageID);
}
void WebPageProxy::setIntrinsicDeviceScaleFactor(float scaleFactor)
{
if (m_intrinsicDeviceScaleFactor == scaleFactor)
return;
m_intrinsicDeviceScaleFactor = scaleFactor;
if (m_drawingArea)
m_drawingArea->deviceScaleFactorDidChange();
}
void WebPageProxy::windowScreenDidChange(PlatformDisplayID displayID)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::WindowScreenDidChange(displayID), m_pageID);
}
float WebPageProxy::deviceScaleFactor() const
{
if (m_customDeviceScaleFactor)
return m_customDeviceScaleFactor;
return m_intrinsicDeviceScaleFactor;
}
void WebPageProxy::setCustomDeviceScaleFactor(float customScaleFactor)
{
if (!isValid())
return;
// FIXME: Remove this once we bump cairo requirements to support HiDPI.
// https://bugs.webkit.org/show_bug.cgi?id=133378
#if USE(CAIRO) && !HAVE(CAIRO_SURFACE_SET_DEVICE_SCALE)
return;
#endif
if (m_customDeviceScaleFactor == customScaleFactor)
return;
float oldScaleFactor = deviceScaleFactor();
m_customDeviceScaleFactor = customScaleFactor;
if (deviceScaleFactor() != oldScaleFactor)
m_drawingArea->deviceScaleFactorDidChange();
}
void WebPageProxy::setUseFixedLayout(bool fixed)
{
if (!isValid())
return;
// This check is fine as the value is initialized in the web
// process as part of the creation parameters.
if (fixed == m_useFixedLayout)
return;
m_useFixedLayout = fixed;
if (!fixed)
m_fixedLayoutSize = IntSize();
m_process->send(Messages::WebPage::SetUseFixedLayout(fixed), m_pageID);
}
void WebPageProxy::setFixedLayoutSize(const IntSize& size)
{
if (!isValid())
return;
if (size == m_fixedLayoutSize)
return;
m_fixedLayoutSize = size;
m_process->send(Messages::WebPage::SetFixedLayoutSize(size), m_pageID);
}
void WebPageProxy::listenForLayoutMilestones(WebCore::LayoutMilestones milestones)
{
if (!isValid())
return;
m_wantsSessionRestorationRenderTreeSizeThresholdEvent = milestones & WebCore::ReachedSessionRestorationRenderTreeSizeThreshold;
m_process->send(Messages::WebPage::ListenForLayoutMilestones(milestones), m_pageID);
}
void WebPageProxy::setSuppressScrollbarAnimations(bool suppressAnimations)
{
if (!isValid())
return;
if (suppressAnimations == m_suppressScrollbarAnimations)
return;
m_suppressScrollbarAnimations = suppressAnimations;
m_process->send(Messages::WebPage::SetSuppressScrollbarAnimations(suppressAnimations), m_pageID);
}
bool WebPageProxy::rubberBandsAtLeft() const
{
return m_rubberBandsAtLeft;
}
void WebPageProxy::setRubberBandsAtLeft(bool rubberBandsAtLeft)
{
m_rubberBandsAtLeft = rubberBandsAtLeft;
}
bool WebPageProxy::rubberBandsAtRight() const
{
return m_rubberBandsAtRight;
}
void WebPageProxy::setRubberBandsAtRight(bool rubberBandsAtRight)
{
m_rubberBandsAtRight = rubberBandsAtRight;
}
bool WebPageProxy::rubberBandsAtTop() const
{
return m_rubberBandsAtTop;
}
void WebPageProxy::setRubberBandsAtTop(bool rubberBandsAtTop)
{
m_rubberBandsAtTop = rubberBandsAtTop;
}
bool WebPageProxy::rubberBandsAtBottom() const
{
return m_rubberBandsAtBottom;
}
void WebPageProxy::setRubberBandsAtBottom(bool rubberBandsAtBottom)
{
m_rubberBandsAtBottom = rubberBandsAtBottom;
}
void WebPageProxy::setEnableVerticalRubberBanding(bool enableVerticalRubberBanding)
{
if (enableVerticalRubberBanding == m_enableVerticalRubberBanding)
return;
m_enableVerticalRubberBanding = enableVerticalRubberBanding;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetEnableVerticalRubberBanding(enableVerticalRubberBanding), m_pageID);
}
bool WebPageProxy::verticalRubberBandingIsEnabled() const
{
return m_enableVerticalRubberBanding;
}
void WebPageProxy::setEnableHorizontalRubberBanding(bool enableHorizontalRubberBanding)
{
if (enableHorizontalRubberBanding == m_enableHorizontalRubberBanding)
return;
m_enableHorizontalRubberBanding = enableHorizontalRubberBanding;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetEnableHorizontalRubberBanding(enableHorizontalRubberBanding), m_pageID);
}
bool WebPageProxy::horizontalRubberBandingIsEnabled() const
{
return m_enableHorizontalRubberBanding;
}
void WebPageProxy::setBackgroundExtendsBeyondPage(bool backgroundExtendsBeyondPage)
{
if (backgroundExtendsBeyondPage == m_backgroundExtendsBeyondPage)
return;
m_backgroundExtendsBeyondPage = backgroundExtendsBeyondPage;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetBackgroundExtendsBeyondPage(backgroundExtendsBeyondPage), m_pageID);
}
bool WebPageProxy::backgroundExtendsBeyondPage() const
{
return m_backgroundExtendsBeyondPage;
}
void WebPageProxy::setPaginationMode(WebCore::Pagination::Mode mode)
{
if (mode == m_paginationMode)
return;
m_paginationMode = mode;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetPaginationMode(mode), m_pageID);
}
void WebPageProxy::setPaginationBehavesLikeColumns(bool behavesLikeColumns)
{
if (behavesLikeColumns == m_paginationBehavesLikeColumns)
return;
m_paginationBehavesLikeColumns = behavesLikeColumns;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetPaginationBehavesLikeColumns(behavesLikeColumns), m_pageID);
}
void WebPageProxy::setPageLength(double pageLength)
{
if (pageLength == m_pageLength)
return;
m_pageLength = pageLength;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetPageLength(pageLength), m_pageID);
}
void WebPageProxy::setGapBetweenPages(double gap)
{
if (gap == m_gapBetweenPages)
return;
m_gapBetweenPages = gap;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetGapBetweenPages(gap), m_pageID);
}
void WebPageProxy::setPaginationLineGridEnabled(bool lineGridEnabled)
{
if (lineGridEnabled == m_paginationLineGridEnabled)
return;
m_paginationLineGridEnabled = lineGridEnabled;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetPaginationLineGridEnabled(lineGridEnabled), m_pageID);
}
void WebPageProxy::pageScaleFactorDidChange(double scaleFactor)
{
m_pageScaleFactor = scaleFactor;
}
void WebPageProxy::pluginScaleFactorDidChange(double pluginScaleFactor)
{
m_pluginScaleFactor = pluginScaleFactor;
}
void WebPageProxy::pluginZoomFactorDidChange(double pluginZoomFactor)
{
m_pluginZoomFactor = pluginZoomFactor;
}
void WebPageProxy::findStringMatches(const String& string, FindOptions options, unsigned maxMatchCount)
{
if (string.isEmpty()) {
didFindStringMatches(string, Vector<Vector<WebCore::IntRect>> (), 0);
return;
}
m_process->send(Messages::WebPage::FindStringMatches(string, options, maxMatchCount), m_pageID);
}
void WebPageProxy::findString(const String& string, FindOptions options, unsigned maxMatchCount)
{
m_process->send(Messages::WebPage::FindString(string, options, maxMatchCount), m_pageID);
}
void WebPageProxy::getImageForFindMatch(int32_t matchIndex)
{
m_process->send(Messages::WebPage::GetImageForFindMatch(matchIndex), m_pageID);
}
void WebPageProxy::selectFindMatch(int32_t matchIndex)
{
m_process->send(Messages::WebPage::SelectFindMatch(matchIndex), m_pageID);
}
void WebPageProxy::hideFindUI()
{
m_process->send(Messages::WebPage::HideFindUI(), m_pageID);
}
void WebPageProxy::countStringMatches(const String& string, FindOptions options, unsigned maxMatchCount)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::CountStringMatches(string, options, maxMatchCount), m_pageID);
}
void WebPageProxy::runJavaScriptInMainFrame(const String& script, std::function<void (API::SerializedScriptValue*, bool hadException, const ExceptionDetails&, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(nullptr, false, { }, CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::RunJavaScriptInMainFrame(script, callbackID), m_pageID);
}
void WebPageProxy::getRenderTreeExternalRepresentation(std::function<void (const String&, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(String(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::GetRenderTreeExternalRepresentation(callbackID), m_pageID);
}
void WebPageProxy::getSourceForFrame(WebFrameProxy* frame, std::function<void (const String&, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(String(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_loadDependentStringCallbackIDs.add(callbackID);
m_process->send(Messages::WebPage::GetSourceForFrame(frame->frameID(), callbackID), m_pageID);
}
void WebPageProxy::getContentsAsString(std::function<void (const String&, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(String(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_loadDependentStringCallbackIDs.add(callbackID);
m_process->send(Messages::WebPage::GetContentsAsString(callbackID), m_pageID);
}
void WebPageProxy::getBytecodeProfile(std::function<void (const String&, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(String(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_loadDependentStringCallbackIDs.add(callbackID);
m_process->send(Messages::WebPage::GetBytecodeProfile(callbackID), m_pageID);
}
void WebPageProxy::getSamplingProfilerOutput(std::function<void (const String&, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(String(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_loadDependentStringCallbackIDs.add(callbackID);
m_process->send(Messages::WebPage::GetSamplingProfilerOutput(callbackID), m_pageID);
}
void WebPageProxy::isWebProcessResponsive(std::function<void (bool isWebProcessResponsive)> callbackFunction)
{
if (!isValid()) {
RunLoop::main().dispatch([callbackFunction = WTFMove(callbackFunction)] {
bool isWebProcessResponsive = true;
callbackFunction(isWebProcessResponsive);
});
return;
}
m_process->isResponsive(callbackFunction);
}
#if ENABLE(MHTML)
void WebPageProxy::getContentsAsMHTMLData(std::function<void (API::Data*, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(nullptr, CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::GetContentsAsMHTMLData(callbackID), m_pageID);
}
#endif
void WebPageProxy::getSelectionOrContentsAsString(std::function<void (const String&, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(String(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::GetSelectionOrContentsAsString(callbackID), m_pageID);
}
void WebPageProxy::getSelectionAsWebArchiveData(std::function<void (API::Data*, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(nullptr, CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::GetSelectionAsWebArchiveData(callbackID), m_pageID);
}
void WebPageProxy::getMainResourceDataOfFrame(WebFrameProxy* frame, std::function<void (API::Data*, CallbackBase::Error)> callbackFunction)
{
if (!isValid() || !frame) {
callbackFunction(nullptr, CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::GetMainResourceDataOfFrame(frame->frameID(), callbackID), m_pageID);
}
void WebPageProxy::getResourceDataFromFrame(WebFrameProxy* frame, API::URL* resourceURL, std::function<void (API::Data*, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(nullptr, CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::GetResourceDataFromFrame(frame->frameID(), resourceURL->string(), callbackID), m_pageID);
}
void WebPageProxy::getWebArchiveOfFrame(WebFrameProxy* frame, std::function<void (API::Data*, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(nullptr, CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::GetWebArchiveOfFrame(frame->frameID(), callbackID), m_pageID);
}
void WebPageProxy::forceRepaint(PassRefPtr<VoidCallback> prpCallback)
{
RefPtr<VoidCallback> callback = prpCallback;
if (!isValid()) {
// FIXME: If the page is invalid we should not call the callback. It'd be better to just return false from forceRepaint.
callback->invalidate(CallbackBase::Error::OwnerWasInvalidated);
return;
}
std::function<void (CallbackBase::Error)> didForceRepaintCallback = [this, callback](CallbackBase::Error error) {
if (error != CallbackBase::Error::None) {
callback->invalidate(error);
return;
}
if (!isValid()) {
callback->invalidate(CallbackBase::Error::OwnerWasInvalidated);
return;
}
callAfterNextPresentationUpdate([callback](CallbackBase::Error error) {
if (error != CallbackBase::Error::None) {
callback->invalidate(error);
return;
}
callback->performCallback();
});
};
uint64_t callbackID = m_callbacks.put(didForceRepaintCallback, m_process->throttler().backgroundActivityToken());
m_drawingArea->waitForBackingStoreUpdateOnNextPaint();
m_process->send(Messages::WebPage::ForceRepaint(callbackID), m_pageID);
}
static OptionSet<IPC::SendOption> printingSendOptions(bool isPerformingDOMPrintOperation)
{
if (isPerformingDOMPrintOperation)
return IPC::SendOption::DispatchMessageEvenWhenWaitingForSyncReply;
return { };
}
void WebPageProxy::preferencesDidChange()
{
if (!isValid())
return;
#if ENABLE(INSPECTOR_SERVER)
if (m_preferences->developerExtrasEnabled())
inspector()->enableRemoteInspection();
#endif
updateProccessSuppressionState();
updateHiddenPageThrottlingAutoIncreases();
m_pageClient.preferencesDidChange();
// FIXME: It probably makes more sense to send individual preference changes.
// However, WebKitTestRunner depends on getting a preference change notification
// even if nothing changed in UI process, so that overrides get removed.
// Preferences need to be updated during synchronous printing to make "print backgrounds" preference work when toggled from a print dialog checkbox.
m_process->send(Messages::WebPage::PreferencesDidChange(preferencesStore()), m_pageID, printingSendOptions(m_isPerformingDOMPrintOperation));
}
void WebPageProxy::didCreateMainFrame(uint64_t frameID)
{
PageClientProtector protector(m_pageClient);
MESSAGE_CHECK(!m_mainFrame);
MESSAGE_CHECK(m_process->canCreateFrame(frameID));
m_mainFrame = WebFrameProxy::create(this, frameID);
// Add the frame to the process wide map.
m_process->frameCreated(frameID, m_mainFrame.get());
}
void WebPageProxy::didCreateSubframe(uint64_t frameID)
{
PageClientProtector protector(m_pageClient);
MESSAGE_CHECK(m_mainFrame);
MESSAGE_CHECK(m_process->canCreateFrame(frameID));
RefPtr<WebFrameProxy> subFrame = WebFrameProxy::create(this, frameID);
// Add the frame to the process wide map.
m_process->frameCreated(frameID, subFrame.get());
}
double WebPageProxy::estimatedProgress() const
{
return m_pageLoadState.estimatedProgress();
}
void WebPageProxy::didStartProgress()
{
PageClientProtector protector(m_pageClient);
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.didStartProgress(transaction);
m_pageLoadState.commitChanges();
m_loaderClient->didStartProgress(*this);
}
void WebPageProxy::didChangeProgress(double value)
{
PageClientProtector protector(m_pageClient);
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.didChangeProgress(transaction, value);
m_pageLoadState.commitChanges();
m_loaderClient->didChangeProgress(*this);
}
void WebPageProxy::didFinishProgress()
{
PageClientProtector protector(m_pageClient);
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.didFinishProgress(transaction);
m_pageLoadState.commitChanges();
m_loaderClient->didFinishProgress(*this);
}
void WebPageProxy::setNetworkRequestsInProgress(bool networkRequestsInProgress)
{
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.setNetworkRequestsInProgress(transaction, networkRequestsInProgress);
}
void WebPageProxy::hasInsecureContent(HasInsecureContent& hasInsecureContent)
{
hasInsecureContent = m_pageLoadState.committedHasInsecureContent() ? HasInsecureContent::Yes : HasInsecureContent::No;
}
void WebPageProxy::didDestroyNavigation(uint64_t navigationID)
{
PageClientProtector protector(m_pageClient);
// FIXME: Message check the navigationID.
m_navigationState->didDestroyNavigation(navigationID);
}
void WebPageProxy::didStartProvisionalLoadForFrame(uint64_t frameID, uint64_t navigationID, const String& url, const String& unreachableURL, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.clearPendingAPIRequestURL(transaction);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK_URL(url);
// FIXME: We should message check that navigationID is not zero here, but it's currently zero for some navigations through the page cache.
RefPtr<API::Navigation> navigation;
if (frame->isMainFrame() && navigationID)
navigation = &navigationState().navigation(navigationID);
if (frame->isMainFrame())
m_pageLoadState.didStartProvisionalLoad(transaction, url, unreachableURL);
frame->setUnreachableURL(unreachableURL);
frame->didStartProvisionalLoad(url);
m_pageLoadState.commitChanges();
if (m_navigationClient) {
if (frame->isMainFrame())
m_navigationClient->didStartProvisionalNavigation(*this, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
} else
m_loaderClient->didStartProvisionalLoadForFrame(*this, *frame, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::didReceiveServerRedirectForProvisionalLoadForFrame(uint64_t frameID, uint64_t navigationID, const String& url, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK_URL(url);
// FIXME: We should message check that navigationID is not zero here, but it's currently zero for some navigations through the page cache.
RefPtr<API::Navigation> navigation;
if (frame->isMainFrame() && navigationID)
navigation = &navigationState().navigation(navigationID);
auto transaction = m_pageLoadState.transaction();
if (frame->isMainFrame())
m_pageLoadState.didReceiveServerRedirectForProvisionalLoad(transaction, url);
frame->didReceiveServerRedirectForProvisionalLoad(url);
m_pageLoadState.commitChanges();
if (m_navigationClient) {
if (frame->isMainFrame())
m_navigationClient->didReceiveServerRedirectForProvisionalNavigation(*this, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
} else
m_loaderClient->didReceiveServerRedirectForProvisionalLoadForFrame(*this, *frame, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::didChangeProvisionalURLForFrame(uint64_t frameID, uint64_t, const String& url)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK(frame->frameLoadState().state() == FrameLoadState::State::Provisional);
MESSAGE_CHECK_URL(url);
auto transaction = m_pageLoadState.transaction();
// Internally, we handle this the same way we handle a server redirect. There are no client callbacks
// for this, but if this is the main frame, clients may observe a change to the page's URL.
if (frame->isMainFrame())
m_pageLoadState.didReceiveServerRedirectForProvisionalLoad(transaction, url);
frame->didReceiveServerRedirectForProvisionalLoad(url);
}
void WebPageProxy::didFailProvisionalLoadForFrame(uint64_t frameID, const SecurityOriginData& frameSecurityOrigin, uint64_t navigationID, const String& provisionalURL, const ResourceError& error, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// FIXME: We should message check that navigationID is not zero here, but it's currently zero for some navigations through the page cache.
RefPtr<API::Navigation> navigation;
if (frame->isMainFrame() && navigationID)
navigation = navigationState().takeNavigation(navigationID);
auto transaction = m_pageLoadState.transaction();
if (frame->isMainFrame())
m_pageLoadState.didFailProvisionalLoad(transaction);
frame->didFailProvisionalLoad();
m_pageLoadState.commitChanges();
ASSERT(!m_failingProvisionalLoadURL);
m_failingProvisionalLoadURL = provisionalURL;
if (m_navigationClient) {
if (frame->isMainFrame())
m_navigationClient->didFailProvisionalNavigationWithError(*this, *frame, navigation.get(), error, m_process->transformHandlesToObjects(userData.object()).get());
else {
// FIXME: Get the main frame's current navigation.
m_navigationClient->didFailProvisionalLoadInSubframeWithError(*this, *frame, frameSecurityOrigin, nullptr, error, m_process->transformHandlesToObjects(userData.object()).get());
}
} else
m_loaderClient->didFailProvisionalLoadWithErrorForFrame(*this, *frame, navigation.get(), error, m_process->transformHandlesToObjects(userData.object()).get());
m_failingProvisionalLoadURL = { };
}
void WebPageProxy::clearLoadDependentCallbacks()
{
Vector<uint64_t> callbackIDsCopy;
copyToVector(m_loadDependentStringCallbackIDs, callbackIDsCopy);
m_loadDependentStringCallbackIDs.clear();
for (size_t i = 0; i < callbackIDsCopy.size(); ++i) {
auto callback = m_callbacks.take<StringCallback>(callbackIDsCopy[i]);
if (callback)
callback->invalidate();
}
}
void WebPageProxy::didCommitLoadForFrame(uint64_t frameID, uint64_t navigationID, const String& mimeType, bool frameHasCustomContentProvider, uint32_t opaqueFrameLoadType, const WebCore::CertificateInfo& certificateInfo, bool containsPluginDocument, Optional<HasInsecureContent> hasInsecureContent, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// FIXME: We should message check that navigationID is not zero here, but it's currently zero for some navigations through the page cache.
RefPtr<API::Navigation> navigation;
if (frame->isMainFrame() && navigationID)
navigation = &navigationState().navigation(navigationID);
#if PLATFORM(IOS)
if (frame->isMainFrame()) {
m_hasReceivedLayerTreeTransactionAfterDidCommitLoad = false;
m_firstLayerTreeTransactionIdAfterDidCommitLoad = downcast<RemoteLayerTreeDrawingAreaProxy>(*drawingArea()).nextLayerTreeTransactionID();
}
#endif
auto transaction = m_pageLoadState.transaction();
Ref<WebCertificateInfo> webCertificateInfo = WebCertificateInfo::create(certificateInfo);
bool markPageInsecure = hasInsecureContent ? hasInsecureContent.value() == HasInsecureContent::Yes : m_treatsSHA1CertificatesAsInsecure && certificateInfo.containsNonRootSHA1SignedCertificate();
if (frame->isMainFrame()) {
m_pageLoadState.didCommitLoad(transaction, webCertificateInfo, markPageInsecure);
m_suppressNavigationSnapshotting = false;
} else if (markPageInsecure)
m_pageLoadState.didDisplayOrRunInsecureContent(transaction);
#if USE(APPKIT)
// FIXME (bug 59111): didCommitLoadForFrame comes too late when restoring a page from b/f cache, making us disable secure event mode in password fields.
// FIXME: A load going on in one frame shouldn't affect text editing in other frames on the page.
m_pageClient.resetSecureInputState();
m_pageClient.dismissContentRelativeChildWindows();
#endif
clearLoadDependentCallbacks();
frame->didCommitLoad(mimeType, webCertificateInfo, containsPluginDocument);
if (frame->isMainFrame()) {
m_mainFrameHasCustomContentProvider = frameHasCustomContentProvider;
if (m_mainFrameHasCustomContentProvider) {
// Always assume that the main frame is pinned here, since the custom representation view will handle
// any wheel events and dispatch them to the WKView when necessary.
m_mainFrameIsPinnedToLeftSide = true;
m_mainFrameIsPinnedToRightSide = true;
m_mainFrameIsPinnedToTopSide = true;
m_mainFrameIsPinnedToBottomSide = true;
m_uiClient->pinnedStateDidChange(*this);
}
m_pageClient.didCommitLoadForMainFrame(mimeType, frameHasCustomContentProvider);
}
// Even if WebPage has the default pageScaleFactor (and therefore doesn't reset it),
// WebPageProxy's cache of the value can get out of sync (e.g. in the case where a
// plugin is handling page scaling itself) so we should reset it to the default
// for standard main frame loads.
if (frame->isMainFrame()) {
if (static_cast<FrameLoadType>(opaqueFrameLoadType) == FrameLoadType::Standard) {
m_pageScaleFactor = 1;
m_pluginScaleFactor = 1;
m_mainFramePluginHandlesPageScaleGesture = false;
}
}
m_pageLoadState.commitChanges();
if (m_navigationClient) {
if (frame->isMainFrame())
m_navigationClient->didCommitNavigation(*this, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
} else
m_loaderClient->didCommitLoadForFrame(*this, *frame, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::didFinishDocumentLoadForFrame(uint64_t frameID, uint64_t navigationID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// FIXME: We should message check that navigationID is not zero here, but it's currently zero for some navigations through the page cache.
RefPtr<API::Navigation> navigation;
if (frame->isMainFrame() && navigationID)
navigation = &navigationState().navigation(navigationID);
if (m_navigationClient) {
if (frame->isMainFrame())
m_navigationClient->didFinishDocumentLoad(*this, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
} else
m_loaderClient->didFinishDocumentLoadForFrame(*this, *frame, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::didFinishLoadForFrame(uint64_t frameID, uint64_t navigationID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// FIXME: We should message check that navigationID is not zero here, but it's currently zero for some navigations through the page cache.
RefPtr<API::Navigation> navigation;
if (frame->isMainFrame() && navigationID)
navigation = &navigationState().navigation(navigationID);
auto transaction = m_pageLoadState.transaction();
bool isMainFrame = frame->isMainFrame();
if (isMainFrame)
m_pageLoadState.didFinishLoad(transaction);
if (isMainFrame && m_controlledByAutomation) {
if (auto* automationSession = process().processPool().automationSession())
automationSession->navigationOccurredForPage(*this);
}
frame->didFinishLoad();
m_pageLoadState.commitChanges();
if (m_navigationClient) {
if (isMainFrame)
m_navigationClient->didFinishNavigation(*this, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
} else
m_loaderClient->didFinishLoadForFrame(*this, *frame, navigation.get(), m_process->transformHandlesToObjects(userData.object()).get());
if (isMainFrame)
m_pageClient.didFinishLoadForMainFrame();
m_isLoadingAlternateHTMLStringForFailingProvisionalLoad = false;
}
void WebPageProxy::didFailLoadForFrame(uint64_t frameID, uint64_t navigationID, const ResourceError& error, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// FIXME: We should message check that navigationID is not zero here, but it's currently zero for some navigations through the page cache.
RefPtr<API::Navigation> navigation;
if (frame->isMainFrame() && navigationID)
navigation = &navigationState().navigation(navigationID);
clearLoadDependentCallbacks();
auto transaction = m_pageLoadState.transaction();
bool isMainFrame = frame->isMainFrame();
if (isMainFrame)
m_pageLoadState.didFailLoad(transaction);
if (isMainFrame && m_controlledByAutomation) {
if (auto* automationSession = process().processPool().automationSession())
automationSession->navigationOccurredForPage(*this);
}
frame->didFailLoad();
m_pageLoadState.commitChanges();
if (m_navigationClient) {
if (frame->isMainFrame())
m_navigationClient->didFailNavigationWithError(*this, *frame, navigation.get(), error, m_process->transformHandlesToObjects(userData.object()).get());
} else
m_loaderClient->didFailLoadWithErrorForFrame(*this, *frame, navigation.get(), error, m_process->transformHandlesToObjects(userData.object()).get());
if (isMainFrame)
m_pageClient.didFailLoadForMainFrame();
}
void WebPageProxy::didSameDocumentNavigationForFrame(uint64_t frameID, uint64_t navigationID, uint32_t opaqueSameDocumentNavigationType, const String& url, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK_URL(url);
// FIXME: We should message check that navigationID is not zero here, but it's currently zero for some navigations through the page cache.
RefPtr<API::Navigation> navigation;
if (frame->isMainFrame() && navigationID)
navigation = &navigationState().navigation(navigationID);
auto transaction = m_pageLoadState.transaction();
bool isMainFrame = frame->isMainFrame();
if (isMainFrame)
m_pageLoadState.didSameDocumentNavigation(transaction, url);
if (isMainFrame && m_controlledByAutomation) {
if (auto* automationSession = process().processPool().automationSession())
automationSession->navigationOccurredForPage(*this);
}
m_pageLoadState.clearPendingAPIRequestURL(transaction);
frame->didSameDocumentNavigation(url);
m_pageLoadState.commitChanges();
SameDocumentNavigationType navigationType = static_cast<SameDocumentNavigationType>(opaqueSameDocumentNavigationType);
if (m_navigationClient) {
if (isMainFrame)
m_navigationClient->didSameDocumentNavigation(*this, navigation.get(), navigationType, m_process->transformHandlesToObjects(userData.object()).get());
} else
m_loaderClient->didSameDocumentNavigationForFrame(*this, *frame, navigation.get(), navigationType, m_process->transformHandlesToObjects(userData.object()).get());
if (isMainFrame)
m_pageClient.didSameDocumentNavigationForMainFrame(navigationType);
}
void WebPageProxy::didReceiveTitleForFrame(uint64_t frameID, const String& title, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
auto transaction = m_pageLoadState.transaction();
if (frame->isMainFrame())
m_pageLoadState.setTitle(transaction, title);
frame->didChangeTitle(title);
m_pageLoadState.commitChanges();
m_loaderClient->didReceiveTitleForFrame(*this, title, *frame, m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::didFirstLayoutForFrame(uint64_t frameID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
m_loaderClient->didFirstLayoutForFrame(*this, *frame, m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::didFirstVisuallyNonEmptyLayoutForFrame(uint64_t frameID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
m_loaderClient->didFirstVisuallyNonEmptyLayoutForFrame(*this, *frame, m_process->transformHandlesToObjects(userData.object()).get());
if (frame->isMainFrame())
m_pageClient.didFirstVisuallyNonEmptyLayoutForMainFrame();
}
void WebPageProxy::didLayoutForCustomContentProvider()
{
didReachLayoutMilestone(DidFirstLayout | DidFirstVisuallyNonEmptyLayout | DidHitRelevantRepaintedObjectsAreaThreshold);
}
void WebPageProxy::didReachLayoutMilestone(uint32_t layoutMilestones)
{
PageClientProtector protector(m_pageClient);
if (m_navigationClient)
m_navigationClient->renderingProgressDidChange(*this, static_cast<LayoutMilestones>(layoutMilestones));
else
m_loaderClient->didReachLayoutMilestone(*this, static_cast<LayoutMilestones>(layoutMilestones));
}
void WebPageProxy::didDisplayInsecureContentForFrame(uint64_t frameID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.didDisplayOrRunInsecureContent(transaction);
m_pageLoadState.commitChanges();
m_loaderClient->didDisplayInsecureContentForFrame(*this, *frame, m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::didRunInsecureContentForFrame(uint64_t frameID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
auto transaction = m_pageLoadState.transaction();
m_pageLoadState.didDisplayOrRunInsecureContent(transaction);
m_pageLoadState.commitChanges();
m_loaderClient->didRunInsecureContentForFrame(*this, *frame, m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::didDetectXSSForFrame(uint64_t frameID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
m_loaderClient->didDetectXSSForFrame(*this, *frame, m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::mainFramePluginHandlesPageScaleGestureDidChange(bool mainFramePluginHandlesPageScaleGesture)
{
m_mainFramePluginHandlesPageScaleGesture = mainFramePluginHandlesPageScaleGesture;
}
void WebPageProxy::frameDidBecomeFrameSet(uint64_t frameID, bool value)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
frame->setIsFrameSet(value);
if (frame->isMainFrame())
m_frameSetLargestFrame = value ? m_mainFrame : 0;
}
void WebPageProxy::decidePolicyForNavigationAction(uint64_t frameID, const SecurityOriginData& frameSecurityOrigin, uint64_t navigationID, const NavigationActionData& navigationActionData, uint64_t originatingFrameID, const SecurityOriginData& originatingFrameSecurityOrigin, const WebCore::ResourceRequest& originalRequest, const ResourceRequest& request, uint64_t listenerID, const UserData& userData, bool& receivedPolicyAction, uint64_t& newNavigationID, uint64_t& policyAction, DownloadID& downloadID)
{
PageClientProtector protector(m_pageClient);
auto transaction = m_pageLoadState.transaction();
if (request.url() != m_pageLoadState.pendingAPIRequestURL())
m_pageLoadState.clearPendingAPIRequestURL(transaction);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK_URL(request.url());
MESSAGE_CHECK_URL(originalRequest.url());
WebFrameProxy* originatingFrame = m_process->webFrame(originatingFrameID);
Ref<WebFramePolicyListenerProxy> listener = frame->setUpPolicyListenerProxy(listenerID);
if (!navigationID && frame->isMainFrame()) {
auto navigation = m_navigationState->createLoadRequestNavigation(request);
newNavigationID = navigation->navigationID();
listener->setNavigation(WTFMove(navigation));
}
#if ENABLE(CONTENT_FILTERING)
if (frame->didHandleContentFilterUnblockNavigation(request)) {
receivedPolicyAction = true;
policyAction = PolicyIgnore;
return;
}
#endif
ASSERT(!m_inDecidePolicyForNavigationAction);
m_inDecidePolicyForNavigationAction = true;
m_syncNavigationActionPolicyActionIsValid = false;
#if ENABLE(DOWNLOAD_ATTRIBUTE)
m_syncNavigationActionHasDownloadAttribute = !navigationActionData.downloadAttribute.isNull();
#endif
if (m_navigationClient) {
RefPtr<API::FrameInfo> destinationFrameInfo;
RefPtr<API::FrameInfo> sourceFrameInfo;
if (frame)
destinationFrameInfo = API::FrameInfo::create(*frame, frameSecurityOrigin.securityOrigin());
if (originatingFrame == frame)
sourceFrameInfo = destinationFrameInfo;
else if (originatingFrame)
sourceFrameInfo = API::FrameInfo::create(*originatingFrame, originatingFrameSecurityOrigin.securityOrigin());
auto userInitiatedActivity = m_process->userInitiatedActivity(navigationActionData.userGestureTokenIdentifier);
bool shouldOpenAppLinks = !m_shouldSuppressAppLinksInNextNavigationPolicyDecision && (!destinationFrameInfo || destinationFrameInfo->isMainFrame()) && !hostsAreEqual(URL(ParsedURLString, m_mainFrame->url()), request.url());
auto navigationAction = API::NavigationAction::create(navigationActionData, sourceFrameInfo.get(), destinationFrameInfo.get(), request, originalRequest.url(), shouldOpenAppLinks, WTFMove(userInitiatedActivity));
m_navigationClient->decidePolicyForNavigationAction(*this, navigationAction.get(), WTFMove(listener), m_process->transformHandlesToObjects(userData.object()).get());
} else
m_policyClient->decidePolicyForNavigationAction(*this, frame, navigationActionData, originatingFrame, originalRequest, request, WTFMove(listener), m_process->transformHandlesToObjects(userData.object()).get());
m_shouldSuppressAppLinksInNextNavigationPolicyDecision = false;
m_inDecidePolicyForNavigationAction = false;
// Check if we received a policy decision already. If we did, we can just pass it back.
receivedPolicyAction = m_syncNavigationActionPolicyActionIsValid;
if (m_syncNavigationActionPolicyActionIsValid) {
policyAction = m_syncNavigationActionPolicyAction;
downloadID = m_syncNavigationActionPolicyDownloadID;
}
}
void WebPageProxy::decidePolicyForNewWindowAction(uint64_t frameID, const SecurityOriginData& frameSecurityOrigin, const NavigationActionData& navigationActionData, const ResourceRequest& request, const String& frameName, uint64_t listenerID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK_URL(request.url());
Ref<WebFramePolicyListenerProxy> listener = frame->setUpPolicyListenerProxy(listenerID);
if (m_navigationClient) {
RefPtr<API::FrameInfo> sourceFrameInfo;
if (frame)
sourceFrameInfo = API::FrameInfo::create(*frame, frameSecurityOrigin.securityOrigin());
auto userInitiatedActivity = m_process->userInitiatedActivity(navigationActionData.userGestureTokenIdentifier);
bool shouldOpenAppLinks = !hostsAreEqual(URL(ParsedURLString, m_mainFrame->url()), request.url());
auto navigationAction = API::NavigationAction::create(navigationActionData, sourceFrameInfo.get(), nullptr, request, request.url(), shouldOpenAppLinks, WTFMove(userInitiatedActivity));
m_navigationClient->decidePolicyForNavigationAction(*this, navigationAction.get(), WTFMove(listener), m_process->transformHandlesToObjects(userData.object()).get());
} else
m_policyClient->decidePolicyForNewWindowAction(*this, *frame, navigationActionData, request, frameName, WTFMove(listener), m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::decidePolicyForResponse(uint64_t frameID, const SecurityOriginData& frameSecurityOrigin, const ResourceResponse& response, const ResourceRequest& request, bool canShowMIMEType, uint64_t listenerID, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK_URL(request.url());
MESSAGE_CHECK_URL(response.url());
Ref<WebFramePolicyListenerProxy> listener = frame->setUpPolicyListenerProxy(listenerID);
if (m_navigationClient) {
auto navigationResponse = API::NavigationResponse::create(API::FrameInfo::create(*frame, frameSecurityOrigin.securityOrigin()).get(), request, response, canShowMIMEType);
m_navigationClient->decidePolicyForNavigationResponse(*this, navigationResponse.get(), WTFMove(listener), m_process->transformHandlesToObjects(userData.object()).get());
} else
m_policyClient->decidePolicyForResponse(*this, *frame, response, request, canShowMIMEType, WTFMove(listener), m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::decidePolicyForResponseSync(uint64_t frameID, const SecurityOriginData& frameSecurityOrigin, const ResourceResponse& response, const ResourceRequest& request, bool canShowMIMEType, uint64_t listenerID, const UserData& userData, bool& receivedPolicyAction, uint64_t& policyAction, DownloadID& downloadID)
{
PageClientProtector protector(m_pageClient);
ASSERT(!m_inDecidePolicyForResponseSync);
m_inDecidePolicyForResponseSync = true;
m_decidePolicyForResponseRequest = &request;
m_syncMimeTypePolicyActionIsValid = false;
decidePolicyForResponse(frameID, frameSecurityOrigin, response, request, canShowMIMEType, listenerID, userData);
m_inDecidePolicyForResponseSync = false;
m_decidePolicyForResponseRequest = 0;
// Check if we received a policy decision already. If we did, we can just pass it back.
receivedPolicyAction = m_syncMimeTypePolicyActionIsValid;
if (m_syncMimeTypePolicyActionIsValid) {
policyAction = m_syncMimeTypePolicyAction;
downloadID = m_syncMimeTypePolicyDownloadID;
}
}
void WebPageProxy::unableToImplementPolicy(uint64_t frameID, const ResourceError& error, const UserData& userData)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
m_policyClient->unableToImplementPolicy(*this, *frame, error, m_process->transformHandlesToObjects(userData.object()).get());
}
// FormClient
void WebPageProxy::willSubmitForm(uint64_t frameID, uint64_t sourceFrameID, const Vector<std::pair<String, String>>& textFieldValues, uint64_t listenerID, const UserData& userData)
{
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
WebFrameProxy* sourceFrame = m_process->webFrame(sourceFrameID);
MESSAGE_CHECK(sourceFrame);
Ref<WebFormSubmissionListenerProxy> listener = frame->setUpFormSubmissionListenerProxy(listenerID);
m_formClient->willSubmitForm(*this, *frame, *sourceFrame, textFieldValues, m_process->transformHandlesToObjects(userData.object()).get(), listener.get());
}
void WebPageProxy::didNavigateWithNavigationData(const WebNavigationDataStore& store, uint64_t frameID)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK(frame->page() == this);
if (m_historyClient) {
if (frame->isMainFrame())
m_historyClient->didNavigateWithNavigationData(*this, store);
} else
m_loaderClient->didNavigateWithNavigationData(*this, store, *frame);
process().processPool().historyClient().didNavigateWithNavigationData(process().processPool(), *this, store, *frame);
}
void WebPageProxy::didPerformClientRedirect(const String& sourceURLString, const String& destinationURLString, uint64_t frameID)
{
PageClientProtector protector(m_pageClient);
if (sourceURLString.isEmpty() || destinationURLString.isEmpty())
return;
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK(frame->page() == this);
MESSAGE_CHECK_URL(sourceURLString);
MESSAGE_CHECK_URL(destinationURLString);
if (m_historyClient) {
if (frame->isMainFrame())
m_historyClient->didPerformClientRedirect(*this, sourceURLString, destinationURLString);
} else
m_loaderClient->didPerformClientRedirect(*this, sourceURLString, destinationURLString, *frame);
process().processPool().historyClient().didPerformClientRedirect(process().processPool(), *this, sourceURLString, destinationURLString, *frame);
}
void WebPageProxy::didPerformServerRedirect(const String& sourceURLString, const String& destinationURLString, uint64_t frameID)
{
PageClientProtector protector(m_pageClient);
if (sourceURLString.isEmpty() || destinationURLString.isEmpty())
return;
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK(frame->page() == this);
MESSAGE_CHECK_URL(sourceURLString);
MESSAGE_CHECK_URL(destinationURLString);
if (m_historyClient) {
if (frame->isMainFrame())
m_historyClient->didPerformServerRedirect(*this, sourceURLString, destinationURLString);
} else
m_loaderClient->didPerformServerRedirect(*this, sourceURLString, destinationURLString, *frame);
process().processPool().historyClient().didPerformServerRedirect(process().processPool(), *this, sourceURLString, destinationURLString, *frame);
}
void WebPageProxy::didUpdateHistoryTitle(const String& title, const String& url, uint64_t frameID)
{
PageClientProtector protector(m_pageClient);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
MESSAGE_CHECK(frame->page() == this);
MESSAGE_CHECK_URL(url);
if (m_historyClient) {
if (frame->isMainFrame())
m_historyClient->didUpdateHistoryTitle(*this, title, url);
} else
m_loaderClient->didUpdateHistoryTitle(*this, title, url, *frame);
process().processPool().historyClient().didUpdateHistoryTitle(process().processPool(), *this, title, url, *frame);
}
// UIClient
void WebPageProxy::createNewPage(uint64_t frameID, const SecurityOriginData& securityOriginData, const ResourceRequest& request, const WindowFeatures& windowFeatures, const NavigationActionData& navigationActionData, uint64_t& newPageID, WebPageCreationParameters& newPageParameters)
{
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
auto mainFrameURL = m_mainFrame->url();
RefPtr<WebPageProxy> newPage = m_uiClient->createNewPage(this, frame, securityOriginData, request, windowFeatures, navigationActionData);
if (!newPage) {
newPageID = 0;
return;
}
newPageID = newPage->pageID();
newPageParameters = newPage->creationParameters();
WebsiteDataStore::cloneSessionData(*this, *newPage);
newPage->m_shouldSuppressAppLinksInNextNavigationPolicyDecision = hostsAreEqual(URL(ParsedURLString, mainFrameURL), request.url());
}
void WebPageProxy::showPage()
{
m_uiClient->showPage(this);
}
void WebPageProxy::fullscreenMayReturnToInline()
{
m_uiClient->fullscreenMayReturnToInline(this);
}
void WebPageProxy::didEnterFullscreen()
{
m_uiClient->didEnterFullscreen(this);
}
void WebPageProxy::didExitFullscreen()
{
m_uiClient->didExitFullscreen(this);
}
void WebPageProxy::closePage(bool stopResponsivenessTimer)
{
if (stopResponsivenessTimer)
m_process->responsivenessTimer().stop();
m_pageClient.clearAllEditCommands();
m_uiClient->close(this);
}
void WebPageProxy::runJavaScriptAlert(uint64_t frameID, const SecurityOriginData& securityOrigin, const String& message, RefPtr<Messages::WebPageProxy::RunJavaScriptAlert::DelayedReply> reply)
{
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// Since runJavaScriptAlert() can spin a nested run loop we need to turn off the responsiveness timer.
m_process->responsivenessTimer().stop();
m_uiClient->runJavaScriptAlert(this, message, frame, securityOrigin, [reply]{ reply->send(); });
}
void WebPageProxy::runJavaScriptConfirm(uint64_t frameID, const SecurityOriginData& securityOrigin, const String& message, RefPtr<Messages::WebPageProxy::RunJavaScriptConfirm::DelayedReply> reply)
{
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// Since runJavaScriptConfirm() can spin a nested run loop we need to turn off the responsiveness timer.
m_process->responsivenessTimer().stop();
m_uiClient->runJavaScriptConfirm(this, message, frame, securityOrigin, [reply](bool result) { reply->send(result); });
}
void WebPageProxy::runJavaScriptPrompt(uint64_t frameID, const SecurityOriginData& securityOrigin, const String& message, const String& defaultValue, RefPtr<Messages::WebPageProxy::RunJavaScriptPrompt::DelayedReply> reply)
{
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// Since runJavaScriptPrompt() can spin a nested run loop we need to turn off the responsiveness timer.
m_process->responsivenessTimer().stop();
m_uiClient->runJavaScriptPrompt(this, message, defaultValue, frame, securityOrigin, [reply](const String& result) { reply->send(result); });
}
void WebPageProxy::setStatusText(const String& text)
{
m_uiClient->setStatusText(this, text);
}
void WebPageProxy::mouseDidMoveOverElement(const WebHitTestResultData& hitTestResultData, uint32_t opaqueModifiers, const UserData& userData)
{
m_lastMouseMoveHitTestResult = API::HitTestResult::create(hitTestResultData);
WebEvent::Modifiers modifiers = static_cast<WebEvent::Modifiers>(opaqueModifiers);
m_uiClient->mouseDidMoveOverElement(this, hitTestResultData, modifiers, m_process->transformHandlesToObjects(userData.object()).get());
}
void WebPageProxy::connectionWillOpen(IPC::Connection& connection)
{
ASSERT(&connection == m_process->connection());
m_webProcessLifetimeTracker.connectionWillOpen(connection);
}
void WebPageProxy::webProcessWillShutDown()
{
m_webProcessLifetimeTracker.webProcessWillShutDown();
}
void WebPageProxy::processDidFinishLaunching()
{
ASSERT(m_process->state() == WebProcessProxy::State::Running);
finishInitializingWebPageAfterProcessLaunch();
}
#if ENABLE(NETSCAPE_PLUGIN_API)
void WebPageProxy::unavailablePluginButtonClicked(uint32_t opaquePluginUnavailabilityReason, const String& mimeType, const String& pluginURLString, const String& pluginspageAttributeURLString, const String& frameURLString, const String& pageURLString)
{
MESSAGE_CHECK_URL(pluginURLString);
MESSAGE_CHECK_URL(pluginspageAttributeURLString);
MESSAGE_CHECK_URL(frameURLString);
MESSAGE_CHECK_URL(pageURLString);
RefPtr<API::Dictionary> pluginInformation;
String newMimeType = mimeType;
PluginModuleInfo plugin = m_process->processPool().pluginInfoStore().findPlugin(newMimeType, URL(URL(), pluginURLString));
pluginInformation = createPluginInformationDictionary(plugin, frameURLString, mimeType, pageURLString, pluginspageAttributeURLString, pluginURLString);
WKPluginUnavailabilityReason pluginUnavailabilityReason = kWKPluginUnavailabilityReasonPluginMissing;
switch (static_cast<RenderEmbeddedObject::PluginUnavailabilityReason>(opaquePluginUnavailabilityReason)) {
case RenderEmbeddedObject::PluginMissing:
pluginUnavailabilityReason = kWKPluginUnavailabilityReasonPluginMissing;
break;
case RenderEmbeddedObject::InsecurePluginVersion:
pluginUnavailabilityReason = kWKPluginUnavailabilityReasonInsecurePluginVersion;
break;
case RenderEmbeddedObject::PluginCrashed:
pluginUnavailabilityReason = kWKPluginUnavailabilityReasonPluginCrashed;
break;
case RenderEmbeddedObject::PluginBlockedByContentSecurityPolicy:
ASSERT_NOT_REACHED();
}
m_uiClient->unavailablePluginButtonClicked(this, pluginUnavailabilityReason, pluginInformation.get());
}
#endif // ENABLE(NETSCAPE_PLUGIN_API)
#if ENABLE(WEBGL)
void WebPageProxy::webGLPolicyForURL(const String& url, uint32_t& loadPolicy)
{
loadPolicy = static_cast<uint32_t>(m_loaderClient->webGLLoadPolicy(*this, url));
}
void WebPageProxy::resolveWebGLPolicyForURL(const String& url, uint32_t& loadPolicy)
{
loadPolicy = static_cast<uint32_t>(m_loaderClient->resolveWebGLLoadPolicy(*this, url));
}
#endif // ENABLE(WEBGL)
void WebPageProxy::setToolbarsAreVisible(bool toolbarsAreVisible)
{
m_uiClient->setToolbarsAreVisible(this, toolbarsAreVisible);
}
void WebPageProxy::getToolbarsAreVisible(bool& toolbarsAreVisible)
{
toolbarsAreVisible = m_uiClient->toolbarsAreVisible(this);
}
void WebPageProxy::setMenuBarIsVisible(bool menuBarIsVisible)
{
m_uiClient->setMenuBarIsVisible(this, menuBarIsVisible);
}
void WebPageProxy::getMenuBarIsVisible(bool& menuBarIsVisible)
{
menuBarIsVisible = m_uiClient->menuBarIsVisible(this);
}
void WebPageProxy::setStatusBarIsVisible(bool statusBarIsVisible)
{
m_uiClient->setStatusBarIsVisible(this, statusBarIsVisible);
}
void WebPageProxy::getStatusBarIsVisible(bool& statusBarIsVisible)
{
statusBarIsVisible = m_uiClient->statusBarIsVisible(this);
}
void WebPageProxy::setIsResizable(bool isResizable)
{
m_uiClient->setIsResizable(this, isResizable);
}
void WebPageProxy::getIsResizable(bool& isResizable)
{
isResizable = m_uiClient->isResizable(this);
}
void WebPageProxy::setWindowFrame(const FloatRect& newWindowFrame)
{
m_uiClient->setWindowFrame(this, m_pageClient.convertToDeviceSpace(newWindowFrame));
}
void WebPageProxy::getWindowFrame(FloatRect& newWindowFrame)
{
newWindowFrame = m_pageClient.convertToUserSpace(m_uiClient->windowFrame(this));
}
void WebPageProxy::screenToRootView(const IntPoint& screenPoint, IntPoint& windowPoint)
{
windowPoint = m_pageClient.screenToRootView(screenPoint);
}
void WebPageProxy::rootViewToScreen(const IntRect& viewRect, IntRect& result)
{
result = m_pageClient.rootViewToScreen(viewRect);
}
#if PLATFORM(IOS)
void WebPageProxy::accessibilityScreenToRootView(const IntPoint& screenPoint, IntPoint& windowPoint)
{
windowPoint = m_pageClient.accessibilityScreenToRootView(screenPoint);
}
void WebPageProxy::rootViewToAccessibilityScreen(const IntRect& viewRect, IntRect& result)
{
result = m_pageClient.rootViewToAccessibilityScreen(viewRect);
}
#endif
void WebPageProxy::runBeforeUnloadConfirmPanel(const String& message, uint64_t frameID, RefPtr<Messages::WebPageProxy::RunBeforeUnloadConfirmPanel::DelayedReply> reply)
{
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// Since runBeforeUnloadConfirmPanel() can spin a nested run loop we need to turn off the responsiveness timer.
m_process->responsivenessTimer().stop();
m_uiClient->runBeforeUnloadConfirmPanel(this, message, frame, [reply](bool result) { reply->send(result); });
}
#if USE(COORDINATED_GRAPHICS_MULTIPROCESS)
void WebPageProxy::pageDidRequestScroll(const IntPoint& point)
{
m_pageClient.pageDidRequestScroll(point);
}
void WebPageProxy::pageTransitionViewportReady()
{
m_pageClient.pageTransitionViewportReady();
}
void WebPageProxy::didRenderFrame(const WebCore::IntSize& contentsSize, const WebCore::IntRect& coveredRect)
{
m_pageClient.didRenderFrame(contentsSize, coveredRect);
}
void WebPageProxy::commitPageTransitionViewport()
{
if (!isValid())
return;
process().send(Messages::WebPage::CommitPageTransitionViewport(), m_pageID);
}
#endif
void WebPageProxy::didChangeViewportProperties(const ViewportAttributes& attr)
{
m_pageClient.didChangeViewportProperties(attr);
}
void WebPageProxy::pageDidScroll()
{
m_uiClient->pageDidScroll(this);
}
void WebPageProxy::runOpenPanel(uint64_t frameID, const SecurityOriginData& frameSecurityOrigin, const FileChooserSettings& settings)
{
if (m_openPanelResultListener) {
m_openPanelResultListener->invalidate();
m_openPanelResultListener = nullptr;
}
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
Ref<API::OpenPanelParameters> parameters = API::OpenPanelParameters::create(settings);
m_openPanelResultListener = WebOpenPanelResultListenerProxy::create(this);
// Since runOpenPanel() can spin a nested run loop we need to turn off the responsiveness timer.
m_process->responsivenessTimer().stop();
if (!m_uiClient->runOpenPanel(this, frame, frameSecurityOrigin, parameters.ptr(), m_openPanelResultListener.get())) {
if (!m_pageClient.handleRunOpenPanel(this, frame, parameters.ptr(), m_openPanelResultListener.get()))
didCancelForOpenPanel();
}
}
void WebPageProxy::printFrame(uint64_t frameID)
{
ASSERT(!m_isPerformingDOMPrintOperation);
m_isPerformingDOMPrintOperation = true;
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
m_uiClient->printFrame(this, frame);
endPrinting(); // Send a message synchronously while m_isPerformingDOMPrintOperation is still true.
m_isPerformingDOMPrintOperation = false;
}
void WebPageProxy::printMainFrame()
{
printFrame(m_mainFrame->frameID());
}
void WebPageProxy::setMediaVolume(float volume)
{
if (volume == m_mediaVolume)
return;
m_mediaVolume = volume;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetMediaVolume(volume), m_pageID);
}
void WebPageProxy::setMuted(bool muted)
{
if (m_muted == muted)
return;
m_muted = muted;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetMuted(muted), m_pageID);
}
#if ENABLE(MEDIA_SESSION)
void WebPageProxy::handleMediaEvent(MediaEventType eventType)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::HandleMediaEvent(eventType), m_pageID);
}
void WebPageProxy::setVolumeOfMediaElement(double volume, uint64_t elementID)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::SetVolumeOfMediaElement(volume, elementID), m_pageID);
}
#endif
void WebPageProxy::setMayStartMediaWhenInWindow(bool mayStartMedia)
{
if (mayStartMedia == m_mayStartMediaWhenInWindow)
return;
m_mayStartMediaWhenInWindow = mayStartMedia;
if (!isValid())
return;
process().send(Messages::WebPage::SetMayStartMediaWhenInWindow(mayStartMedia), m_pageID);
}
void WebPageProxy::handleDownloadRequest(DownloadProxy* download)
{
m_pageClient.handleDownloadRequest(download);
}
void WebPageProxy::didChangeContentSize(const IntSize& size)
{
m_pageClient.didChangeContentSize(size);
}
#if ENABLE(INPUT_TYPE_COLOR)
void WebPageProxy::showColorPicker(const WebCore::Color& initialColor, const IntRect& elementRect)
{
#if ENABLE(INPUT_TYPE_COLOR_POPOVER)
// A new popover color well needs to be created (and the previous one destroyed) for
// each activation of a color element.
m_colorPicker = nullptr;
#endif
if (!m_colorPicker)
m_colorPicker = m_pageClient.createColorPicker(this, initialColor, elementRect);
m_colorPicker->showColorPicker(initialColor);
}
void WebPageProxy::setColorPickerColor(const WebCore::Color& color)
{
ASSERT(m_colorPicker);
m_colorPicker->setSelectedColor(color);
}
void WebPageProxy::endColorPicker()
{
ASSERT(m_colorPicker);
m_colorPicker->endPicker();
}
void WebPageProxy::didChooseColor(const WebCore::Color& color)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::DidChooseColor(color), m_pageID);
}
void WebPageProxy::didEndColorPicker()
{
if (!isValid())
return;
#if ENABLE(INPUT_TYPE_COLOR)
if (m_colorPicker) {
m_colorPicker->invalidate();
m_colorPicker = nullptr;
}
#endif
m_process->send(Messages::WebPage::DidEndColorPicker(), m_pageID);
}
#endif
// Inspector
WebInspectorProxy* WebPageProxy::inspector() const
{
if (isClosed() || !isValid())
return 0;
return m_inspector.get();
}
#if ENABLE(FULLSCREEN_API)
WebFullScreenManagerProxy* WebPageProxy::fullScreenManager()
{
return m_fullScreenManager.get();
}
#endif
#if (PLATFORM(IOS) && HAVE(AVKIT)) || (PLATFORM(MAC) && ENABLE(VIDEO_PRESENTATION_MODE))
WebPlaybackSessionManagerProxy* WebPageProxy::playbackSessionManager()
{
return m_playbackSessionManager.get();
}
WebVideoFullscreenManagerProxy* WebPageProxy::videoFullscreenManager()
{
return m_videoFullscreenManager.get();
}
#endif
#if PLATFORM(IOS)
bool WebPageProxy::allowsMediaDocumentInlinePlayback() const
{
return m_allowsMediaDocumentInlinePlayback;
}
void WebPageProxy::setAllowsMediaDocumentInlinePlayback(bool allows)
{
if (m_allowsMediaDocumentInlinePlayback == allows)
return;
m_allowsMediaDocumentInlinePlayback = allows;
m_process->send(Messages::WebPage::SetAllowsMediaDocumentInlinePlayback(allows), m_pageID);
}
#endif
void WebPageProxy::setHasHadSelectionChangesFromUserInteraction(bool hasHadUserSelectionChanges)
{
m_hasHadSelectionChangesFromUserInteraction = hasHadUserSelectionChanges;
}
void WebPageProxy::setNeedsHiddenContentEditableQuirk(bool needsHiddenContentEditableQuirk)
{
m_needsHiddenContentEditableQuirk = needsHiddenContentEditableQuirk;
}
void WebPageProxy::setNeedsPlainTextQuirk(bool needsPlainTextQuirk)
{
m_needsPlainTextQuirk = needsPlainTextQuirk;
}
// BackForwardList
void WebPageProxy::backForwardAddItem(uint64_t itemID)
{
m_backForwardList->addItem(m_process->webBackForwardItem(itemID));
}
void WebPageProxy::backForwardGoToItem(uint64_t itemID, SandboxExtension::Handle& sandboxExtensionHandle)
{
WebBackForwardListItem* item = m_process->webBackForwardItem(itemID);
if (!item)
return;
bool createdExtension = maybeInitializeSandboxExtensionHandle(URL(URL(), item->url()), sandboxExtensionHandle);
if (createdExtension)
m_process->willAcquireUniversalFileReadSandboxExtension();
m_backForwardList->goToItem(item);
}
void WebPageProxy::backForwardItemAtIndex(int32_t index, uint64_t& itemID)
{
WebBackForwardListItem* item = m_backForwardList->itemAtIndex(index);
itemID = item ? item->itemID() : 0;
}
void WebPageProxy::backForwardBackListCount(int32_t& count)
{
count = m_backForwardList->backListCount();
}
void WebPageProxy::backForwardForwardListCount(int32_t& count)
{
count = m_backForwardList->forwardListCount();
}
void WebPageProxy::compositionWasCanceled(const EditorState& editorState)
{
#if PLATFORM(COCOA)
m_pageClient.notifyInputContextAboutDiscardedComposition();
#endif
editorStateChanged(editorState);
}
// Undo management
void WebPageProxy::registerEditCommandForUndo(uint64_t commandID, uint32_t editAction)
{
registerEditCommand(WebEditCommandProxy::create(commandID, static_cast<EditAction>(editAction), this), Undo);
}
void WebPageProxy::registerInsertionUndoGrouping()
{
#if USE(INSERTION_UNDO_GROUPING)
m_pageClient.registerInsertionUndoGrouping();
#endif
}
void WebPageProxy::canUndoRedo(uint32_t action, bool& result)
{
result = m_pageClient.canUndoRedo(static_cast<UndoOrRedo>(action));
}
void WebPageProxy::executeUndoRedo(uint32_t action, bool& result)
{
m_pageClient.executeUndoRedo(static_cast<UndoOrRedo>(action));
result = true;
}
void WebPageProxy::clearAllEditCommands()
{
m_pageClient.clearAllEditCommands();
}
void WebPageProxy::didCountStringMatches(const String& string, uint32_t matchCount)
{
m_findClient->didCountStringMatches(this, string, matchCount);
}
void WebPageProxy::didGetImageForFindMatch(const ShareableBitmap::Handle& contentImageHandle, uint32_t matchIndex)
{
m_findMatchesClient->didGetImageForMatchResult(this, WebImage::create(ShareableBitmap::create(contentImageHandle)).get(), matchIndex);
}
void WebPageProxy::setTextIndicator(const TextIndicatorData& indicatorData, uint64_t lifetime)
{
// FIXME: Make TextIndicatorWindow a platform-independent presentational thing ("TextIndicatorPresentation"?).
#if PLATFORM(COCOA)
m_pageClient.setTextIndicator(TextIndicator::create(indicatorData), static_cast<TextIndicatorWindowLifetime>(lifetime));
#else
ASSERT_NOT_REACHED();
#endif
}
void WebPageProxy::clearTextIndicator()
{
#if PLATFORM(COCOA)
m_pageClient.clearTextIndicator(TextIndicatorWindowDismissalAnimation::FadeOut);
#else
ASSERT_NOT_REACHED();
#endif
}
void WebPageProxy::setTextIndicatorAnimationProgress(float progress)
{
#if PLATFORM(COCOA)
m_pageClient.setTextIndicatorAnimationProgress(progress);
#else
ASSERT_NOT_REACHED();
#endif
}
void WebPageProxy::didFindString(const String& string, const Vector<WebCore::IntRect>& matchRects, uint32_t matchCount, int32_t matchIndex)
{
m_findClient->didFindString(this, string, matchRects, matchCount, matchIndex);
}
void WebPageProxy::didFindStringMatches(const String& string, const Vector<Vector<WebCore::IntRect>>& matchRects, int32_t firstIndexAfterSelection)
{
m_findMatchesClient->didFindStringMatches(this, string, matchRects, firstIndexAfterSelection);
}
void WebPageProxy::didFailToFindString(const String& string)
{
m_findClient->didFailToFindString(this, string);
}
bool WebPageProxy::sendMessage(std::unique_ptr<IPC::Encoder> encoder, OptionSet<IPC::SendOption> sendOptions)
{
return m_process->sendMessage(WTFMove(encoder), sendOptions);
}
IPC::Connection* WebPageProxy::messageSenderConnection()
{
return m_process->connection();
}
uint64_t WebPageProxy::messageSenderDestinationID()
{
return m_pageID;
}
void WebPageProxy::valueChangedForPopupMenu(WebPopupMenuProxy*, int32_t newSelectedIndex)
{
m_process->send(Messages::WebPage::DidChangeSelectedIndexForActivePopupMenu(newSelectedIndex), m_pageID);
}
void WebPageProxy::setTextFromItemForPopupMenu(WebPopupMenuProxy*, int32_t index)
{
m_process->send(Messages::WebPage::SetTextForActivePopupMenu(index), m_pageID);
}
NativeWebMouseEvent* WebPageProxy::currentlyProcessedMouseDownEvent()
{
return m_currentlyProcessedMouseDownEvent.get();
}
void WebPageProxy::postMessageToInjectedBundle(const String& messageName, API::Object* messageBody)
{
process().send(Messages::WebPage::PostInjectedBundleMessage(messageName, UserData(process().transformObjectsToHandles(messageBody).get())), m_pageID);
}
#if PLATFORM(GTK)
void WebPageProxy::failedToShowPopupMenu()
{
m_process->send(Messages::WebPage::FailedToShowPopupMenu(), m_pageID);
}
#endif
void WebPageProxy::showPopupMenu(const IntRect& rect, uint64_t textDirection, const Vector<WebPopupItem>& items, int32_t selectedIndex, const PlatformPopupMenuData& data)
{
if (m_activePopupMenu) {
m_activePopupMenu->hidePopupMenu();
m_activePopupMenu->invalidate();
m_activePopupMenu = nullptr;
}
m_activePopupMenu = m_pageClient.createPopupMenuProxy(*this);
if (!m_activePopupMenu)
return;
// Since showPopupMenu() can spin a nested run loop we need to turn off the responsiveness timer.
m_process->responsivenessTimer().stop();
// Showing a popup menu runs a nested runloop, which can handle messages that cause |this| to get closed.
Ref<WebPageProxy> protect(*this);
m_activePopupMenu->showPopupMenu(rect, static_cast<TextDirection>(textDirection), m_pageScaleFactor, items, data, selectedIndex);
}
void WebPageProxy::hidePopupMenu()
{
if (!m_activePopupMenu)
return;
m_activePopupMenu->hidePopupMenu();
m_activePopupMenu->invalidate();
m_activePopupMenu = nullptr;
}
#if ENABLE(CONTEXT_MENUS)
void WebPageProxy::showContextMenu(const ContextMenuContextData& contextMenuContextData, const UserData& userData)
{
// Showing a context menu runs a nested runloop, which can handle messages that cause |this| to get closed.
Ref<WebPageProxy> protect(*this);
internalShowContextMenu(contextMenuContextData, userData);
// No matter the result of internalShowContextMenu, always notify the WebProcess that the menu is hidden so it starts handling mouse events again.
m_process->send(Messages::WebPage::ContextMenuHidden(), m_pageID);
}
void WebPageProxy::internalShowContextMenu(const ContextMenuContextData& contextMenuContextData, const UserData& userData)
{
m_activeContextMenuContextData = contextMenuContextData;
m_activeContextMenu = m_pageClient.createContextMenuProxy(*this, contextMenuContextData, userData);
if (!m_activeContextMenu)
return;
// Since showContextMenu() can spin a nested run loop we need to turn off the responsiveness timer.
m_process->responsivenessTimer().stop();
m_activeContextMenu->show();
}
void WebPageProxy::contextMenuItemSelected(const WebContextMenuItemData& item)
{
// Application custom items don't need to round-trip through to WebCore in the WebProcess.
if (item.action() >= ContextMenuItemBaseApplicationTag) {
m_contextMenuClient->customContextMenuItemSelected(*this, item);
return;
}
#if PLATFORM(COCOA)
if (item.action() == ContextMenuItemTagSmartCopyPaste) {
setSmartInsertDeleteEnabled(!isSmartInsertDeleteEnabled());
return;
}
if (item.action() == ContextMenuItemTagSmartQuotes) {
TextChecker::setAutomaticQuoteSubstitutionEnabled(!TextChecker::state().isAutomaticQuoteSubstitutionEnabled);
m_process->updateTextCheckerState();
return;
}
if (item.action() == ContextMenuItemTagSmartDashes) {
TextChecker::setAutomaticDashSubstitutionEnabled(!TextChecker::state().isAutomaticDashSubstitutionEnabled);
m_process->updateTextCheckerState();
return;
}
if (item.action() == ContextMenuItemTagSmartLinks) {
TextChecker::setAutomaticLinkDetectionEnabled(!TextChecker::state().isAutomaticLinkDetectionEnabled);
m_process->updateTextCheckerState();
return;
}
if (item.action() == ContextMenuItemTagTextReplacement) {
TextChecker::setAutomaticTextReplacementEnabled(!TextChecker::state().isAutomaticTextReplacementEnabled);
m_process->updateTextCheckerState();
return;
}
if (item.action() == ContextMenuItemTagCorrectSpellingAutomatically) {
TextChecker::setAutomaticSpellingCorrectionEnabled(!TextChecker::state().isAutomaticSpellingCorrectionEnabled);
m_process->updateTextCheckerState();
return;
}
if (item.action() == ContextMenuItemTagShowSubstitutions) {
TextChecker::toggleSubstitutionsPanelIsShowing();
return;
}
#endif
if (item.action() == ContextMenuItemTagDownloadImageToDisk) {
m_process->processPool().download(this, URL(URL(), m_activeContextMenuContextData.webHitTestResultData().absoluteImageURL));
return;
}
if (item.action() == ContextMenuItemTagDownloadLinkToDisk) {
m_process->processPool().download(this, URL(URL(), m_activeContextMenuContextData.webHitTestResultData().absoluteLinkURL));
return;
}
if (item.action() == ContextMenuItemTagDownloadMediaToDisk) {
m_process->processPool().download(this, URL(URL(), m_activeContextMenuContextData.webHitTestResultData().absoluteMediaURL));
return;
}
if (item.action() == ContextMenuItemTagCheckSpellingWhileTyping) {
TextChecker::setContinuousSpellCheckingEnabled(!TextChecker::state().isContinuousSpellCheckingEnabled);
m_process->updateTextCheckerState();
return;
}
if (item.action() == ContextMenuItemTagCheckGrammarWithSpelling) {
TextChecker::setGrammarCheckingEnabled(!TextChecker::state().isGrammarCheckingEnabled);
m_process->updateTextCheckerState();
return;
}
if (item.action() == ContextMenuItemTagShowSpellingPanel) {
if (!TextChecker::spellingUIIsShowing())
advanceToNextMisspelling(true);
TextChecker::toggleSpellingUIIsShowing();
return;
}
if (item.action() == ContextMenuItemTagLearnSpelling || item.action() == ContextMenuItemTagIgnoreSpelling)
++m_pendingLearnOrIgnoreWordMessageCount;
m_process->send(Messages::WebPage::DidSelectItemFromActiveContextMenu(item), m_pageID);
}
#endif // ENABLE(CONTEXT_MENUS)
#if PLATFORM(IOS)
void WebPageProxy::didChooseFilesForOpenPanelWithDisplayStringAndIcon(const Vector<String>& fileURLs, const String& displayString, const API::Data* iconData)
{
if (!isValid())
return;
#if ENABLE(SANDBOX_EXTENSIONS)
// FIXME: The sandbox extensions should be sent with the DidChooseFilesForOpenPanel message. This
// is gated on a way of passing SandboxExtension::Handles in a Vector.
for (size_t i = 0; i < fileURLs.size(); ++i) {
SandboxExtension::Handle sandboxExtensionHandle;
SandboxExtension::createHandle(fileURLs[i], SandboxExtension::ReadOnly, sandboxExtensionHandle);
m_process->send(Messages::WebPage::ExtendSandboxForFileFromOpenPanel(sandboxExtensionHandle), m_pageID);
}
#endif
m_process->send(Messages::WebPage::DidChooseFilesForOpenPanelWithDisplayStringAndIcon(fileURLs, displayString, iconData ? iconData->dataReference() : IPC::DataReference()), m_pageID);
m_openPanelResultListener->invalidate();
m_openPanelResultListener = nullptr;
}
#endif
void WebPageProxy::didChooseFilesForOpenPanel(const Vector<String>& fileURLs)
{
if (!isValid())
return;
#if ENABLE(SANDBOX_EXTENSIONS)
// FIXME: The sandbox extensions should be sent with the DidChooseFilesForOpenPanel message. This
// is gated on a way of passing SandboxExtension::Handles in a Vector.
for (size_t i = 0; i < fileURLs.size(); ++i) {
SandboxExtension::Handle sandboxExtensionHandle;
bool createdExtension = SandboxExtension::createHandle(fileURLs[i], SandboxExtension::ReadOnly, sandboxExtensionHandle);
if (!createdExtension) {
// This can legitimately fail if a directory containing the file is deleted after the file was chosen.
// We also have reports of cases where this likely fails for some unknown reason, <rdar://problem/10156710>.
WTFLogAlways("WebPageProxy::didChooseFilesForOpenPanel: could not create a sandbox extension for '%s'\n", fileURLs[i].utf8().data());
continue;
}
m_process->send(Messages::WebPage::ExtendSandboxForFileFromOpenPanel(sandboxExtensionHandle), m_pageID);
}
#endif
m_process->send(Messages::WebPage::DidChooseFilesForOpenPanel(fileURLs), m_pageID);
m_openPanelResultListener->invalidate();
m_openPanelResultListener = nullptr;
}
void WebPageProxy::didCancelForOpenPanel()
{
if (!isValid())
return;
m_process->send(Messages::WebPage::DidCancelForOpenPanel(), m_pageID);
m_openPanelResultListener->invalidate();
m_openPanelResultListener = nullptr;
}
void WebPageProxy::advanceToNextMisspelling(bool startBeforeSelection)
{
m_process->send(Messages::WebPage::AdvanceToNextMisspelling(startBeforeSelection), m_pageID);
}
void WebPageProxy::changeSpellingToWord(const String& word)
{
if (word.isEmpty())
return;
m_process->send(Messages::WebPage::ChangeSpellingToWord(word), m_pageID);
}
void WebPageProxy::registerEditCommand(PassRefPtr<WebEditCommandProxy> commandProxy, UndoOrRedo undoOrRedo)
{
m_pageClient.registerEditCommand(commandProxy, undoOrRedo);
}
void WebPageProxy::addEditCommand(WebEditCommandProxy* command)
{
m_editCommandSet.add(command);
}
void WebPageProxy::removeEditCommand(WebEditCommandProxy* command)
{
m_editCommandSet.remove(command);
if (!isValid())
return;
m_process->send(Messages::WebPage::DidRemoveEditCommand(command->commandID()), m_pageID);
}
bool WebPageProxy::isValidEditCommand(WebEditCommandProxy* command)
{
return m_editCommandSet.find(command) != m_editCommandSet.end();
}
int64_t WebPageProxy::spellDocumentTag()
{
if (!m_hasSpellDocumentTag) {
m_spellDocumentTag = TextChecker::uniqueSpellDocumentTag(this);
m_hasSpellDocumentTag = true;
}
return m_spellDocumentTag;
}
#if USE(UNIFIED_TEXT_CHECKING)
void WebPageProxy::checkTextOfParagraph(const String& text, uint64_t checkingTypes, int32_t insertionPoint, Vector<TextCheckingResult>& results)
{
results = TextChecker::checkTextOfParagraph(spellDocumentTag(), text, insertionPoint, checkingTypes, m_initialCapitalizationEnabled);
}
#endif
void WebPageProxy::checkSpellingOfString(const String& text, int32_t& misspellingLocation, int32_t& misspellingLength)
{
TextChecker::checkSpellingOfString(spellDocumentTag(), text, misspellingLocation, misspellingLength);
}
void WebPageProxy::checkGrammarOfString(const String& text, Vector<GrammarDetail>& grammarDetails, int32_t& badGrammarLocation, int32_t& badGrammarLength)
{
TextChecker::checkGrammarOfString(spellDocumentTag(), text, grammarDetails, badGrammarLocation, badGrammarLength);
}
void WebPageProxy::spellingUIIsShowing(bool& isShowing)
{
isShowing = TextChecker::spellingUIIsShowing();
}
void WebPageProxy::updateSpellingUIWithMisspelledWord(const String& misspelledWord)
{
TextChecker::updateSpellingUIWithMisspelledWord(spellDocumentTag(), misspelledWord);
}
void WebPageProxy::updateSpellingUIWithGrammarString(const String& badGrammarPhrase, const GrammarDetail& grammarDetail)
{
TextChecker::updateSpellingUIWithGrammarString(spellDocumentTag(), badGrammarPhrase, grammarDetail);
}
void WebPageProxy::getGuessesForWord(const String& word, const String& context, int32_t insertionPoint, Vector<String>& guesses)
{
TextChecker::getGuessesForWord(spellDocumentTag(), word, context, insertionPoint, guesses, m_initialCapitalizationEnabled);
}
void WebPageProxy::learnWord(const String& word)
{
MESSAGE_CHECK(m_pendingLearnOrIgnoreWordMessageCount);
--m_pendingLearnOrIgnoreWordMessageCount;
TextChecker::learnWord(spellDocumentTag(), word);
}
void WebPageProxy::ignoreWord(const String& word)
{
MESSAGE_CHECK(m_pendingLearnOrIgnoreWordMessageCount);
--m_pendingLearnOrIgnoreWordMessageCount;
TextChecker::ignoreWord(spellDocumentTag(), word);
}
void WebPageProxy::requestCheckingOfString(uint64_t requestID, const TextCheckingRequestData& request, int32_t insertionPoint)
{
TextChecker::requestCheckingOfString(TextCheckerCompletion::create(requestID, request, this), insertionPoint);
}
void WebPageProxy::didFinishCheckingText(uint64_t requestID, const Vector<WebCore::TextCheckingResult>& result)
{
m_process->send(Messages::WebPage::DidFinishCheckingText(requestID, result), m_pageID);
}
void WebPageProxy::didCancelCheckingText(uint64_t requestID)
{
m_process->send(Messages::WebPage::DidCancelCheckingText(requestID), m_pageID);
}
// Other
void WebPageProxy::setFocus(bool focused)
{
if (focused)
m_uiClient->focus(this);
else
m_uiClient->unfocus(this);
}
void WebPageProxy::takeFocus(uint32_t direction)
{
m_uiClient->takeFocus(this, (static_cast<FocusDirection>(direction) == FocusDirectionForward) ? kWKFocusDirectionForward : kWKFocusDirectionBackward);
}
void WebPageProxy::setToolTip(const String& toolTip)
{
String oldToolTip = m_toolTip;
m_toolTip = toolTip;
m_pageClient.toolTipChanged(oldToolTip, m_toolTip);
}
void WebPageProxy::setCursor(const WebCore::Cursor& cursor)
{
// The Web process may have asked to change the cursor when the view was in an active window, but
// if it is no longer in a window or the window is not active, then the cursor should not change.
if (m_pageClient.isViewWindowActive())
m_pageClient.setCursor(cursor);
}
void WebPageProxy::setCursorHiddenUntilMouseMoves(bool hiddenUntilMouseMoves)
{
m_pageClient.setCursorHiddenUntilMouseMoves(hiddenUntilMouseMoves);
}
void WebPageProxy::didReceiveEvent(uint32_t opaqueType, bool handled)
{
WebEvent::Type type = static_cast<WebEvent::Type>(opaqueType);
switch (type) {
case WebEvent::NoType:
case WebEvent::MouseMove:
case WebEvent::Wheel:
break;
case WebEvent::MouseDown:
case WebEvent::MouseUp:
case WebEvent::MouseForceChanged:
case WebEvent::MouseForceDown:
case WebEvent::MouseForceUp:
case WebEvent::KeyDown:
case WebEvent::KeyUp:
case WebEvent::RawKeyDown:
case WebEvent::Char:
#if ENABLE(TOUCH_EVENTS)
case WebEvent::TouchStart:
case WebEvent::TouchMove:
case WebEvent::TouchEnd:
case WebEvent::TouchCancel:
#endif
#if ENABLE(MAC_GESTURE_EVENTS)
case WebEvent::GestureStart:
case WebEvent::GestureChange:
case WebEvent::GestureEnd:
#endif
m_process->responsivenessTimer().stop();
break;
}
switch (type) {
case WebEvent::NoType:
break;
case WebEvent::MouseMove:
m_processingMouseMoveEvent = false;
if (m_nextMouseMoveEvent)
handleMouseEvent(*std::exchange(m_nextMouseMoveEvent, nullptr));
break;
case WebEvent::MouseDown:
break;
case WebEvent::MouseUp:
m_currentlyProcessedMouseDownEvent = nullptr;
break;
case WebEvent::MouseForceChanged:
case WebEvent::MouseForceDown:
case WebEvent::MouseForceUp:
break;
case WebEvent::Wheel: {
MESSAGE_CHECK(!m_currentlyProcessedWheelEvents.isEmpty());
std::unique_ptr<Vector<NativeWebWheelEvent>> oldestCoalescedEvent = m_currentlyProcessedWheelEvents.takeFirst();
// FIXME: Dispatch additional events to the didNotHandleWheelEvent client function.
if (!handled) {
if (m_uiClient->implementsDidNotHandleWheelEvent())
m_uiClient->didNotHandleWheelEvent(this, oldestCoalescedEvent->last());
m_pageClient.wheelEventWasNotHandledByWebCore(oldestCoalescedEvent->last());
}
if (!m_wheelEventQueue.isEmpty())
processNextQueuedWheelEvent();
break;
}
case WebEvent::KeyDown:
case WebEvent::KeyUp:
case WebEvent::RawKeyDown:
case WebEvent::Char: {
LOG(KeyHandling, "WebPageProxy::didReceiveEvent: %s (queue empty %d)", webKeyboardEventTypeString(type), m_keyEventQueue.isEmpty());
MESSAGE_CHECK(!m_keyEventQueue.isEmpty());
NativeWebKeyboardEvent event = m_keyEventQueue.takeFirst();
MESSAGE_CHECK(type == event.type());
if (!m_keyEventQueue.isEmpty()) {
LOG(KeyHandling, " UI process: sent keyEvent from didReceiveEvent");
m_process->send(Messages::WebPage::KeyEvent(m_keyEventQueue.first()), m_pageID);
} else {
if (auto* automationSession = process().processPool().automationSession())
automationSession->keyboardEventsFlushedForPage(*this);
}
// The call to doneWithKeyEvent may close this WebPage.
// Protect against this being destroyed.
Ref<WebPageProxy> protect(*this);
m_pageClient.doneWithKeyEvent(event, handled);
if (handled)
break;
if (m_uiClient->implementsDidNotHandleKeyEvent())
m_uiClient->didNotHandleKeyEvent(this, event);
break;
}
#if ENABLE(MAC_GESTURE_EVENTS)
case WebEvent::GestureStart:
case WebEvent::GestureChange:
case WebEvent::GestureEnd: {
MESSAGE_CHECK(!m_gestureEventQueue.isEmpty());
NativeWebGestureEvent event = m_gestureEventQueue.takeFirst();
MESSAGE_CHECK(type == event.type());
if (!handled)
m_pageClient.gestureEventWasNotHandledByWebCore(event);
break;
}
break;
#endif
#if ENABLE(IOS_TOUCH_EVENTS)
case WebEvent::TouchStart:
case WebEvent::TouchMove:
case WebEvent::TouchEnd:
case WebEvent::TouchCancel:
break;
#elif ENABLE(TOUCH_EVENTS)
case WebEvent::TouchStart:
case WebEvent::TouchMove:
case WebEvent::TouchEnd:
case WebEvent::TouchCancel: {
MESSAGE_CHECK(!m_touchEventQueue.isEmpty());
QueuedTouchEvents queuedEvents = m_touchEventQueue.takeFirst();
MESSAGE_CHECK(type == queuedEvents.forwardedEvent.type());
m_pageClient.doneWithTouchEvent(queuedEvents.forwardedEvent, handled);
for (size_t i = 0; i < queuedEvents.deferredTouchEvents.size(); ++i) {
bool isEventHandled = false;
m_pageClient.doneWithTouchEvent(queuedEvents.deferredTouchEvents.at(i), isEventHandled);
}
break;
}
#endif
}
}
void WebPageProxy::stopResponsivenessTimer()
{
m_process->responsivenessTimer().stop();
}
void WebPageProxy::voidCallback(uint64_t callbackID)
{
auto callback = m_callbacks.take<VoidCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
return;
}
callback->performCallback();
}
void WebPageProxy::dataCallback(const IPC::DataReference& dataReference, uint64_t callbackID)
{
auto callback = m_callbacks.take<DataCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
return;
}
callback->performCallbackWithReturnValue(API::Data::create(dataReference.data(), dataReference.size()).ptr());
}
void WebPageProxy::imageCallback(const ShareableBitmap::Handle& bitmapHandle, uint64_t callbackID)
{
auto callback = m_callbacks.take<ImageCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
return;
}
callback->performCallbackWithReturnValue(bitmapHandle);
}
void WebPageProxy::stringCallback(const String& resultString, uint64_t callbackID)
{
auto callback = m_callbacks.take<StringCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
// this can validly happen if a load invalidated the callback, though
return;
}
m_loadDependentStringCallbackIDs.remove(callbackID);
callback->performCallbackWithReturnValue(resultString.impl());
}
void WebPageProxy::invalidateStringCallback(uint64_t callbackID)
{
auto callback = m_callbacks.take<StringCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
// this can validly happen if a load invalidated the callback, though
return;
}
m_loadDependentStringCallbackIDs.remove(callbackID);
callback->invalidate();
}
void WebPageProxy::scriptValueCallback(const IPC::DataReference& dataReference, bool hadException, const ExceptionDetails& details, uint64_t callbackID)
{
auto callback = m_callbacks.take<ScriptValueCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
return;
}
if (dataReference.isEmpty()) {
callback->performCallbackWithReturnValue(nullptr, hadException, details);
return;
}
Vector<uint8_t> data;
data.reserveInitialCapacity(dataReference.size());
data.append(dataReference.data(), dataReference.size());
callback->performCallbackWithReturnValue(API::SerializedScriptValue::adopt(WTFMove(data)).ptr(), hadException, details);
}
void WebPageProxy::computedPagesCallback(const Vector<IntRect>& pageRects, double totalScaleFactorForPrinting, uint64_t callbackID)
{
auto callback = m_callbacks.take<ComputedPagesCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
return;
}
callback->performCallbackWithReturnValue(pageRects, totalScaleFactorForPrinting);
}
void WebPageProxy::validateCommandCallback(const String& commandName, bool isEnabled, int state, uint64_t callbackID)
{
auto callback = m_callbacks.take<ValidateCommandCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
return;
}
callback->performCallbackWithReturnValue(commandName.impl(), isEnabled, state);
}
void WebPageProxy::unsignedCallback(uint64_t result, uint64_t callbackID)
{
auto callback = m_callbacks.take<UnsignedCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
// this can validly happen if a load invalidated the callback, though
return;
}
callback->performCallbackWithReturnValue(result);
}
void WebPageProxy::editingRangeCallback(const EditingRange& range, uint64_t callbackID)
{
MESSAGE_CHECK(range.isValid());
auto callback = m_callbacks.take<EditingRangeCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
// this can validly happen if a load invalidated the callback, though
return;
}
callback->performCallbackWithReturnValue(range);
}
#if PLATFORM(COCOA)
void WebPageProxy::machSendRightCallback(const MachSendRight& sendRight, uint64_t callbackID)
{
auto callback = m_callbacks.take<MachSendRightCallback>(callbackID);
if (!callback)
return;
callback->performCallbackWithReturnValue(sendRight);
}
#endif
void WebPageProxy::logDiagnosticMessage(const String& message, const String& description, bool shouldSample)
{
if (!DiagnosticLoggingClient::shouldLogAfterSampling(shouldSample ? ShouldSample::Yes : ShouldSample::No))
return;
logSampledDiagnosticMessage(message, description);
}
void WebPageProxy::logDiagnosticMessageWithResult(const String& message, const String& description, uint32_t result, bool shouldSample)
{
if (!DiagnosticLoggingClient::shouldLogAfterSampling(shouldSample ? ShouldSample::Yes : ShouldSample::No))
return;
logSampledDiagnosticMessageWithResult(message, description, static_cast<WebCore::DiagnosticLoggingResultType>(result));
}
void WebPageProxy::logDiagnosticMessageWithValue(const String& message, const String& description, const String& value, bool shouldSample)
{
if (!DiagnosticLoggingClient::shouldLogAfterSampling(shouldSample ? ShouldSample::Yes : ShouldSample::No))
return;
logSampledDiagnosticMessageWithValue(message, description, value);
}
void WebPageProxy::logSampledDiagnosticMessage(const String& message, const String& description)
{
m_diagnosticLoggingClient->logDiagnosticMessage(this, message, description);
}
void WebPageProxy::logSampledDiagnosticMessageWithResult(const String& message, const String& description, uint32_t result)
{
m_diagnosticLoggingClient->logDiagnosticMessageWithResult(this, message, description, static_cast<WebCore::DiagnosticLoggingResultType>(result));
}
void WebPageProxy::logSampledDiagnosticMessageWithValue(const String& message, const String& description, const String& value)
{
m_diagnosticLoggingClient->logDiagnosticMessageWithValue(this, message, description, value);
}
void WebPageProxy::rectForCharacterRangeCallback(const IntRect& rect, const EditingRange& actualRange, uint64_t callbackID)
{
MESSAGE_CHECK(actualRange.isValid());
auto callback = m_callbacks.take<RectForCharacterRangeCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
// this can validly happen if a load invalidated the callback, though
return;
}
callback->performCallbackWithReturnValue(rect, actualRange);
}
#if PLATFORM(GTK)
void WebPageProxy::printFinishedCallback(const ResourceError& printError, uint64_t callbackID)
{
auto callback = m_callbacks.take<PrintFinishedCallback>(callbackID);
if (!callback) {
// FIXME: Log error or assert.
return;
}
callback->performCallbackWithReturnValue(API::Error::create(printError).ptr());
}
#endif
void WebPageProxy::focusedFrameChanged(uint64_t frameID)
{
if (!frameID) {
m_focusedFrame = nullptr;
return;
}
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
m_focusedFrame = frame;
}
void WebPageProxy::frameSetLargestFrameChanged(uint64_t frameID)
{
if (!frameID) {
m_frameSetLargestFrame = nullptr;
return;
}
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
m_frameSetLargestFrame = frame;
}
void WebPageProxy::processDidBecomeUnresponsive()
{
if (!isValid())
return;
updateBackingStoreDiscardableState();
if (m_navigationClient)
m_navigationClient->processDidBecomeUnresponsive(*this);
else
m_loaderClient->processDidBecomeUnresponsive(*this);
}
void WebPageProxy::processDidBecomeResponsive()
{
if (!isValid())
return;
updateBackingStoreDiscardableState();
if (m_navigationClient)
m_navigationClient->processDidBecomeResponsive(*this);
else
m_loaderClient->processDidBecomeResponsive(*this);
}
void WebPageProxy::willChangeProcessIsResponsive()
{
m_pageLoadState.willChangeProcessIsResponsive();
}
void WebPageProxy::didChangeProcessIsResponsive()
{
m_pageLoadState.didChangeProcessIsResponsive();
}
void WebPageProxy::processDidCrash()
{
ASSERT(m_isValid);
// There is a nested transaction in resetStateAfterProcessExited() that we don't want to commit before the client call.
PageLoadState::Transaction transaction = m_pageLoadState.transaction();
resetStateAfterProcessExited();
navigationState().clearAllNavigations();
if (m_navigationClient)
m_navigationClient->processDidCrash(*this);
else
m_loaderClient->processDidCrash(*this);
}
#if PLATFORM(IOS)
void WebPageProxy::processWillBecomeSuspended()
{
if (!isValid())
return;
m_hasNetworkRequestsOnSuspended = m_pageLoadState.networkRequestsInProgress();
if (m_hasNetworkRequestsOnSuspended)
setNetworkRequestsInProgress(false);
}
void WebPageProxy::processWillBecomeForeground()
{
if (!isValid())
return;
if (m_hasNetworkRequestsOnSuspended) {
setNetworkRequestsInProgress(true);
m_hasNetworkRequestsOnSuspended = false;
}
}
#endif
void WebPageProxy::resetState(ResetStateReason resetStateReason)
{
m_mainFrame = nullptr;
#if PLATFORM(COCOA)
m_scrollingPerformanceData = nullptr;
#endif
m_drawingArea = nullptr;
if (m_inspector) {
m_inspector->invalidate();
m_inspector = nullptr;
}
#if ENABLE(FULLSCREEN_API)
if (m_fullScreenManager) {
m_fullScreenManager->invalidate();
m_fullScreenManager = nullptr;
}
#endif
#if ENABLE(VIBRATION)
m_vibration->invalidate();
#endif
if (m_openPanelResultListener) {
m_openPanelResultListener->invalidate();
m_openPanelResultListener = nullptr;
}
#if ENABLE(TOUCH_EVENTS)
m_touchEventTracking.reset();
#endif
#if ENABLE(INPUT_TYPE_COLOR)
if (m_colorPicker) {
m_colorPicker->invalidate();
m_colorPicker = nullptr;
}
#endif
#if ENABLE(GEOLOCATION)
m_geolocationPermissionRequestManager.invalidateRequests();
#endif
#if ENABLE(MEDIA_STREAM)
m_userMediaPermissionRequestManager.invalidateRequests();
#endif
m_notificationPermissionRequestManager.invalidateRequests();
m_toolTip = String();
m_mainFrameHasHorizontalScrollbar = false;
m_mainFrameHasVerticalScrollbar = false;
m_mainFrameIsPinnedToLeftSide = true;
m_mainFrameIsPinnedToRightSide = true;
m_mainFrameIsPinnedToTopSide = true;
m_mainFrameIsPinnedToBottomSide = true;
m_visibleScrollerThumbRect = IntRect();
#if (PLATFORM(IOS) && HAVE(AVKIT)) || (PLATFORM(MAC) && ENABLE(VIDEO_PRESENTATION_MODE))
if (m_playbackSessionManager) {
m_playbackSessionManager->invalidate();
m_playbackSessionManager = nullptr;
}
if (m_videoFullscreenManager) {
m_videoFullscreenManager->invalidate();
m_videoFullscreenManager = nullptr;
}
#endif
#if PLATFORM(IOS)
m_lastVisibleContentRectUpdate = VisibleContentRectUpdateInfo();
m_dynamicViewportSizeUpdateWaitingForTarget = false;
m_dynamicViewportSizeUpdateWaitingForLayerTreeCommit = false;
m_dynamicViewportSizeUpdateLayerTreeTransactionID = 0;
m_layerTreeTransactionIdAtLastTouchStart = 0;
m_hasNetworkRequestsOnSuspended = false;
#endif
#if ENABLE(WIRELESS_PLAYBACK_TARGET) && !PLATFORM(IOS)
m_pageClient.mediaSessionManager().removeAllPlaybackTargetPickerClients(*this);
#endif
#if ENABLE(APPLE_PAY)
m_paymentCoordinator = nullptr;
#endif
CallbackBase::Error error;
switch (resetStateReason) {
case ResetStateReason::PageInvalidated:
error = CallbackBase::Error::OwnerWasInvalidated;
break;
case ResetStateReason::WebProcessExited:
error = CallbackBase::Error::ProcessExited;
break;
}
m_callbacks.invalidate(error);
m_loadDependentStringCallbackIDs.clear();
Vector<WebEditCommandProxy*> editCommandVector;
copyToVector(m_editCommandSet, editCommandVector);
m_editCommandSet.clear();
for (size_t i = 0, size = editCommandVector.size(); i < size; ++i)
editCommandVector[i]->invalidate();
m_activePopupMenu = nullptr;
m_mediaState = MediaProducer::IsNotPlaying;
}
void WebPageProxy::resetStateAfterProcessExited()
{
if (!isValid())
return;
// FIXME: It's weird that resetStateAfterProcessExited() is called even though the process is launching.
ASSERT(m_process->state() == WebProcessProxy::State::Launching || m_process->state() == WebProcessProxy::State::Terminated);
#if PLATFORM(IOS)
m_activityToken = nullptr;
#endif
m_pageIsUserObservableCount = nullptr;
m_isValid = false;
m_isPageSuspended = false;
m_needsToFinishInitializingWebPageAfterProcessLaunch = false;
m_editorState = EditorState();
m_pageClient.processDidExit();
resetState(ResetStateReason::WebProcessExited);
m_pageClient.clearAllEditCommands();
m_pendingLearnOrIgnoreWordMessageCount = 0;
// Can't expect DidReceiveEvent notifications from a crashed web process.
m_keyEventQueue.clear();
m_wheelEventQueue.clear();
m_currentlyProcessedWheelEvents.clear();
m_nextMouseMoveEvent = nullptr;
m_currentlyProcessedMouseDownEvent = nullptr;
m_processingMouseMoveEvent = false;
#if ENABLE(TOUCH_EVENTS) && !ENABLE(IOS_TOUCH_EVENTS)
m_touchEventQueue.clear();
#endif
#if PLATFORM(MAC)
m_pageClient.dismissContentRelativeChildWindows();
#endif
PageLoadState::Transaction transaction = m_pageLoadState.transaction();
m_pageLoadState.reset(transaction);
m_process->responsivenessTimer().processTerminated();
}
WebPageCreationParameters WebPageProxy::creationParameters()
{
WebPageCreationParameters parameters;
parameters.viewSize = m_pageClient.viewSize();
parameters.viewState = m_viewState;
parameters.drawingAreaType = m_drawingArea->type();
parameters.store = preferencesStore();
parameters.pageGroupData = m_pageGroup->data();
parameters.drawsBackground = m_drawsBackground;
parameters.isEditable = m_isEditable;
parameters.underlayColor = m_underlayColor;
parameters.useFixedLayout = m_useFixedLayout;
parameters.fixedLayoutSize = m_fixedLayoutSize;
parameters.suppressScrollbarAnimations = m_suppressScrollbarAnimations;
parameters.paginationMode = m_paginationMode;
parameters.paginationBehavesLikeColumns = m_paginationBehavesLikeColumns;
parameters.pageLength = m_pageLength;
parameters.gapBetweenPages = m_gapBetweenPages;
parameters.paginationLineGridEnabled = m_paginationLineGridEnabled;
parameters.userAgent = userAgent();
parameters.itemStates = m_backForwardList->itemStates();
parameters.sessionID = m_sessionID;
parameters.highestUsedBackForwardItemID = WebBackForwardListItem::highedUsedItemID();
parameters.userContentControllerID = m_userContentController->identifier();
parameters.visitedLinkTableID = m_visitedLinkStore->identifier();
parameters.websiteDataStoreID = m_websiteDataStore->identifier();
parameters.canRunBeforeUnloadConfirmPanel = m_uiClient->canRunBeforeUnloadConfirmPanel();
parameters.canRunModal = m_canRunModal;
parameters.deviceScaleFactor = deviceScaleFactor();
parameters.viewScaleFactor = m_viewScaleFactor;
parameters.topContentInset = m_topContentInset;
parameters.mediaVolume = m_mediaVolume;
parameters.muted = m_muted;
parameters.mayStartMediaWhenInWindow = m_mayStartMediaWhenInWindow;
parameters.minimumLayoutSize = m_minimumLayoutSize;
parameters.autoSizingShouldExpandToViewHeight = m_autoSizingShouldExpandToViewHeight;
parameters.scrollPinningBehavior = m_scrollPinningBehavior;
if (m_scrollbarOverlayStyle)
parameters.scrollbarOverlayStyle = m_scrollbarOverlayStyle.value();
else
parameters.scrollbarOverlayStyle = Nullopt;
parameters.backgroundExtendsBeyondPage = m_backgroundExtendsBeyondPage;
parameters.layerHostingMode = m_layerHostingMode;
parameters.controlledByAutomation = m_controlledByAutomation;
#if ENABLE(REMOTE_INSPECTOR)
parameters.allowsRemoteInspection = m_allowsRemoteInspection;
parameters.remoteInspectionNameOverride = m_remoteInspectionNameOverride;
#endif
#if PLATFORM(MAC)
parameters.colorSpace = m_pageClient.colorSpace();
#endif
#if PLATFORM(IOS)
parameters.screenSize = screenSize();
parameters.availableScreenSize = availableScreenSize();
parameters.textAutosizingWidth = textAutosizingWidth();
parameters.mimeTypesWithCustomContentProviders = m_pageClient.mimeTypesWithCustomContentProviders();
parameters.ignoresViewportScaleLimits = m_forceAlwaysUserScalable;
#endif
#if PLATFORM(MAC)
parameters.appleMailPaginationQuirkEnabled = appleMailPaginationQuirkEnabled();
#else
parameters.appleMailPaginationQuirkEnabled = false;
#endif
parameters.shouldScaleViewToFitDocument = m_shouldScaleViewToFitDocument;
parameters.userInterfaceLayoutDirection = m_pageClient.userInterfaceLayoutDirection();
return parameters;
}
void WebPageProxy::enterAcceleratedCompositingMode(const LayerTreeContext& layerTreeContext)
{
m_pageClient.enterAcceleratedCompositingMode(layerTreeContext);
}
void WebPageProxy::exitAcceleratedCompositingMode()
{
m_pageClient.exitAcceleratedCompositingMode();
}
void WebPageProxy::updateAcceleratedCompositingMode(const LayerTreeContext& layerTreeContext)
{
m_pageClient.updateAcceleratedCompositingMode(layerTreeContext);
}
void WebPageProxy::backForwardClear()
{
m_backForwardList->clear();
}
#if ENABLE(GAMEPAD)
void WebPageProxy::gamepadActivity(const Vector<GamepadData>& gamepadDatas)
{
m_process->send(Messages::WebPage::GamepadActivity(gamepadDatas), m_pageID);
}
#endif
void WebPageProxy::canAuthenticateAgainstProtectionSpace(uint64_t loaderID, uint64_t frameID, const ProtectionSpace& coreProtectionSpace)
{
#if USE(PROTECTION_SPACE_AUTH_CALLBACK)
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
RefPtr<WebProtectionSpace> protectionSpace = WebProtectionSpace::create(coreProtectionSpace);
bool canAuthenticate;
if (m_navigationClient)
canAuthenticate = m_navigationClient->canAuthenticateAgainstProtectionSpace(*this, protectionSpace.get());
else
canAuthenticate = m_loaderClient->canAuthenticateAgainstProtectionSpaceInFrame(*this, *frame, protectionSpace.get());
m_process->processPool().sendToNetworkingProcess(Messages::NetworkProcess::ContinueCanAuthenticateAgainstProtectionSpace(loaderID, canAuthenticate));
#endif
}
void WebPageProxy::didReceiveAuthenticationChallenge(uint64_t frameID, const AuthenticationChallenge& coreChallenge, uint64_t challengeID)
{
didReceiveAuthenticationChallengeProxy(frameID, AuthenticationChallengeProxy::create(coreChallenge, challengeID, m_process->connection()));
}
void WebPageProxy::didReceiveAuthenticationChallengeProxy(uint64_t frameID, PassRefPtr<AuthenticationChallengeProxy> prpAuthenticationChallenge)
{
ASSERT(prpAuthenticationChallenge);
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
RefPtr<AuthenticationChallengeProxy> authenticationChallenge = prpAuthenticationChallenge;
if (m_navigationClient)
m_navigationClient->didReceiveAuthenticationChallenge(*this, authenticationChallenge.get());
else
m_loaderClient->didReceiveAuthenticationChallengeInFrame(*this, *frame, authenticationChallenge.get());
}
void WebPageProxy::exceededDatabaseQuota(uint64_t frameID, const String& originIdentifier, const String& databaseName, const String& displayName, uint64_t currentQuota, uint64_t currentOriginUsage, uint64_t currentDatabaseUsage, uint64_t expectedUsage, PassRefPtr<Messages::WebPageProxy::ExceededDatabaseQuota::DelayedReply> reply)
{
ExceededDatabaseQuotaRecords& records = ExceededDatabaseQuotaRecords::singleton();
std::unique_ptr<ExceededDatabaseQuotaRecords::Record> newRecord = records.createRecord(frameID,
originIdentifier, databaseName, displayName, currentQuota, currentOriginUsage,
currentDatabaseUsage, expectedUsage, reply);
records.add(WTFMove(newRecord));
if (records.areBeingProcessed())
return;
ExceededDatabaseQuotaRecords::Record* record = records.next();
while (record) {
WebFrameProxy* frame = m_process->webFrame(record->frameID);
MESSAGE_CHECK(frame);
RefPtr<API::SecurityOrigin> origin = API::SecurityOrigin::create(SecurityOrigin::createFromDatabaseIdentifier(record->originIdentifier));
auto currentReply = record->reply;
m_uiClient->exceededDatabaseQuota(this, frame, origin.get(),
record->databaseName, record->displayName, record->currentQuota,
record->currentOriginUsage, record->currentDatabaseUsage, record->expectedUsage,
[currentReply](unsigned long long newQuota) { currentReply->send(newQuota); });
record = records.next();
}
}
void WebPageProxy::reachedApplicationCacheOriginQuota(const String& originIdentifier, uint64_t currentQuota, uint64_t totalBytesNeeded, PassRefPtr<Messages::WebPageProxy::ReachedApplicationCacheOriginQuota::DelayedReply> reply)
{
Ref<SecurityOrigin> securityOrigin = SecurityOrigin::createFromDatabaseIdentifier(originIdentifier);
m_uiClient->reachedApplicationCacheOriginQuota(this, securityOrigin.get(), currentQuota, totalBytesNeeded, [reply](unsigned long long newQuota) { reply->send(newQuota); });
}
void WebPageProxy::requestGeolocationPermissionForFrame(uint64_t geolocationID, uint64_t frameID, String originIdentifier)
{
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
// FIXME: Geolocation should probably be using toString() as its string representation instead of databaseIdentifier().
RefPtr<API::SecurityOrigin> origin = API::SecurityOrigin::create(SecurityOrigin::createFromDatabaseIdentifier(originIdentifier));
RefPtr<GeolocationPermissionRequestProxy> request = m_geolocationPermissionRequestManager.createRequest(geolocationID);
if (m_uiClient->decidePolicyForGeolocationPermissionRequest(this, frame, origin.get(), request.get()))
return;
if (m_pageClient.decidePolicyForGeolocationPermissionRequest(*frame, *origin, *request))
return;
request->deny();
}
void WebPageProxy::requestUserMediaPermissionForFrame(uint64_t userMediaID, uint64_t frameID, String userMediaDocumentOriginIdentifier, String topLevelDocumentOriginIdentifier, const Vector<String>& audioDeviceUIDs, const Vector<String>& videoDeviceUIDs)
{
#if ENABLE(MEDIA_STREAM)
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
RefPtr<API::SecurityOrigin> userMediaOrigin = API::SecurityOrigin::create(SecurityOrigin::createFromDatabaseIdentifier(userMediaDocumentOriginIdentifier));
RefPtr<API::SecurityOrigin> topLevelOrigin = API::SecurityOrigin::create(SecurityOrigin::createFromDatabaseIdentifier(topLevelDocumentOriginIdentifier));
RefPtr<UserMediaPermissionRequestProxy> request = m_userMediaPermissionRequestManager.createRequest(userMediaID, audioDeviceUIDs, videoDeviceUIDs);
if (!m_uiClient->decidePolicyForUserMediaPermissionRequest(*this, *frame, *userMediaOrigin.get(), *topLevelOrigin.get(), *request.get()))
request->deny();
#else
UNUSED_PARAM(userMediaID);
UNUSED_PARAM(frameID);
UNUSED_PARAM(userMediaDocumentOriginIdentifier);
UNUSED_PARAM(topLevelDocumentOriginIdentifier);
UNUSED_PARAM(audioDeviceUIDs);
UNUSED_PARAM(videoDeviceUIDs);
#endif
}
void WebPageProxy::checkUserMediaPermissionForFrame(uint64_t userMediaID, uint64_t frameID, String userMediaDocumentOriginIdentifier, String topLevelDocumentOriginIdentifier)
{
#if ENABLE(MEDIA_STREAM)
WebFrameProxy* frame = m_process->webFrame(frameID);
MESSAGE_CHECK(frame);
RefPtr<UserMediaPermissionCheckProxy> request = m_userMediaPermissionRequestManager.createUserMediaPermissionCheck(userMediaID);
RefPtr<API::SecurityOrigin> userMediaOrigin = API::SecurityOrigin::create(SecurityOrigin::createFromDatabaseIdentifier(userMediaDocumentOriginIdentifier));
RefPtr<API::SecurityOrigin> topLevelOrigin = API::SecurityOrigin::create(SecurityOrigin::createFromDatabaseIdentifier(topLevelDocumentOriginIdentifier));
if (!m_uiClient->checkUserMediaPermissionForOrigin(*this, *frame, *userMediaOrigin.get(), *topLevelOrigin.get(), *request.get()))
request->setUserMediaAccessInfo(emptyString(), false);
#else
UNUSED_PARAM(userMediaID);
UNUSED_PARAM(frameID);
UNUSED_PARAM(userMediaDocumentOriginIdentifier);
UNUSED_PARAM(topLevelDocumentOriginIdentifier);
#endif
}
void WebPageProxy::requestNotificationPermission(uint64_t requestID, const String& originString)
{
if (!isRequestIDValid(requestID))
return;
RefPtr<API::SecurityOrigin> origin = API::SecurityOrigin::createFromString(originString);
RefPtr<NotificationPermissionRequest> request = m_notificationPermissionRequestManager.createRequest(requestID);
if (!m_uiClient->decidePolicyForNotificationPermissionRequest(this, origin.get(), request.get()))
request->deny();
}
void WebPageProxy::showNotification(const String& title, const String& body, const String& iconURL, const String& tag, const String& lang, const String& dir, const String& originString, uint64_t notificationID)
{
m_process->processPool().supplement<WebNotificationManagerProxy>()->show(this, title, body, iconURL, tag, lang, dir, originString, notificationID);
}
void WebPageProxy::cancelNotification(uint64_t notificationID)
{
m_process->processPool().supplement<WebNotificationManagerProxy>()->cancel(this, notificationID);
}
void WebPageProxy::clearNotifications(const Vector<uint64_t>& notificationIDs)
{
m_process->processPool().supplement<WebNotificationManagerProxy>()->clearNotifications(this, notificationIDs);
}
void WebPageProxy::didDestroyNotification(uint64_t notificationID)
{
m_process->processPool().supplement<WebNotificationManagerProxy>()->didDestroyNotification(this, notificationID);
}
float WebPageProxy::headerHeight(WebFrameProxy* frame)
{
if (frame->isDisplayingPDFDocument())
return 0;
return m_uiClient->headerHeight(this, frame);
}
float WebPageProxy::footerHeight(WebFrameProxy* frame)
{
if (frame->isDisplayingPDFDocument())
return 0;
return m_uiClient->footerHeight(this, frame);
}
void WebPageProxy::drawHeader(WebFrameProxy* frame, const FloatRect& rect)
{
if (frame->isDisplayingPDFDocument())
return;
m_uiClient->drawHeader(this, frame, rect);
}
void WebPageProxy::drawFooter(WebFrameProxy* frame, const FloatRect& rect)
{
if (frame->isDisplayingPDFDocument())
return;
m_uiClient->drawFooter(this, frame, rect);
}
void WebPageProxy::runModal()
{
// Since runModal() can (and probably will) spin a nested run loop we need to turn off the responsiveness timer.
m_process->responsivenessTimer().stop();
// Our Connection's run loop might have more messages waiting to be handled after this RunModal message.
// To make sure they are handled inside of the the nested modal run loop we must first signal the Connection's
// run loop so we're guaranteed that it has a chance to wake up.
// See http://webkit.org/b/89590 for more discussion.
m_process->connection()->wakeUpRunLoop();
m_uiClient->runModal(this);
}
void WebPageProxy::notifyScrollerThumbIsVisibleInRect(const IntRect& scrollerThumb)
{
m_visibleScrollerThumbRect = scrollerThumb;
}
void WebPageProxy::recommendedScrollbarStyleDidChange(int32_t newStyle)
{
#if USE(APPKIT)
m_pageClient.recommendedScrollbarStyleDidChange(static_cast<WebCore::ScrollbarStyle>(newStyle));
#else
UNUSED_PARAM(newStyle);
#endif
}
void WebPageProxy::didChangeScrollbarsForMainFrame(bool hasHorizontalScrollbar, bool hasVerticalScrollbar)
{
m_mainFrameHasHorizontalScrollbar = hasHorizontalScrollbar;
m_mainFrameHasVerticalScrollbar = hasVerticalScrollbar;
}
void WebPageProxy::didChangeScrollOffsetPinningForMainFrame(bool pinnedToLeftSide, bool pinnedToRightSide, bool pinnedToTopSide, bool pinnedToBottomSide)
{
m_mainFrameIsPinnedToLeftSide = pinnedToLeftSide;
m_mainFrameIsPinnedToRightSide = pinnedToRightSide;
m_mainFrameIsPinnedToTopSide = pinnedToTopSide;
m_mainFrameIsPinnedToBottomSide = pinnedToBottomSide;
m_uiClient->pinnedStateDidChange(*this);
}
void WebPageProxy::didChangePageCount(unsigned pageCount)
{
m_pageCount = pageCount;
}
void WebPageProxy::pageExtendedBackgroundColorDidChange(const Color& backgroundColor)
{
m_pageExtendedBackgroundColor = backgroundColor;
}
#if ENABLE(NETSCAPE_PLUGIN_API)
void WebPageProxy::didFailToInitializePlugin(const String& mimeType, const String& frameURLString, const String& pageURLString)
{
m_loaderClient->didFailToInitializePlugin(*this, createPluginInformationDictionary(mimeType, frameURLString, pageURLString).ptr());
}
void WebPageProxy::didBlockInsecurePluginVersion(const String& mimeType, const String& pluginURLString, const String& frameURLString, const String& pageURLString, bool replacementObscured)
{
RefPtr<API::Dictionary> pluginInformation;
#if PLATFORM(COCOA) && ENABLE(NETSCAPE_PLUGIN_API)
String newMimeType = mimeType;
PluginModuleInfo plugin = m_process->processPool().pluginInfoStore().findPlugin(newMimeType, URL(URL(), pluginURLString));
pluginInformation = createPluginInformationDictionary(plugin, frameURLString, mimeType, pageURLString, String(), String(), replacementObscured);
#else
UNUSED_PARAM(mimeType);
UNUSED_PARAM(pluginURLString);
UNUSED_PARAM(frameURLString);
UNUSED_PARAM(pageURLString);
UNUSED_PARAM(replacementObscured);
#endif
m_loaderClient->didBlockInsecurePluginVersion(*this, pluginInformation.get());
}
#endif // ENABLE(NETSCAPE_PLUGIN_API)
bool WebPageProxy::willHandleHorizontalScrollEvents() const
{
return !m_canShortCircuitHorizontalWheelEvents;
}
void WebPageProxy::didFinishLoadingDataForCustomContentProvider(const String& suggestedFilename, const IPC::DataReference& dataReference)
{
m_pageClient.didFinishLoadingDataForCustomContentProvider(suggestedFilename, dataReference);
}
void WebPageProxy::backForwardRemovedItem(uint64_t itemID)
{
m_process->removeBackForwardItem(itemID);
m_process->send(Messages::WebPage::DidRemoveBackForwardItem(itemID), m_pageID);
}
void WebPageProxy::setCanRunModal(bool canRunModal)
{
if (!isValid())
return;
// It's only possible to change the state for a WebPage which
// already qualifies for running modal child web pages, otherwise
// there's no other possibility than not allowing it.
m_canRunModal = m_uiClient->canRunModal() && canRunModal;
m_process->send(Messages::WebPage::SetCanRunModal(m_canRunModal), m_pageID);
}
bool WebPageProxy::canRunModal()
{
return isValid() ? m_canRunModal : false;
}
void WebPageProxy::beginPrinting(WebFrameProxy* frame, const PrintInfo& printInfo)
{
if (m_isInPrintingMode)
return;
m_isInPrintingMode = true;
m_process->send(Messages::WebPage::BeginPrinting(frame->frameID(), printInfo), m_pageID, printingSendOptions(m_isPerformingDOMPrintOperation));
}
void WebPageProxy::endPrinting()
{
if (!m_isInPrintingMode)
return;
m_isInPrintingMode = false;
m_process->send(Messages::WebPage::EndPrinting(), m_pageID, printingSendOptions(m_isPerformingDOMPrintOperation));
}
void WebPageProxy::computePagesForPrinting(WebFrameProxy* frame, const PrintInfo& printInfo, PassRefPtr<ComputedPagesCallback> prpCallback)
{
RefPtr<ComputedPagesCallback> callback = prpCallback;
if (!isValid()) {
callback->invalidate();
return;
}
uint64_t callbackID = callback->callbackID();
m_callbacks.put(callback);
m_isInPrintingMode = true;
m_process->send(Messages::WebPage::ComputePagesForPrinting(frame->frameID(), printInfo, callbackID), m_pageID, printingSendOptions(m_isPerformingDOMPrintOperation));
}
#if PLATFORM(COCOA)
void WebPageProxy::drawRectToImage(WebFrameProxy* frame, const PrintInfo& printInfo, const IntRect& rect, const WebCore::IntSize& imageSize, PassRefPtr<ImageCallback> prpCallback)
{
RefPtr<ImageCallback> callback = prpCallback;
if (!isValid()) {
callback->invalidate();
return;
}
uint64_t callbackID = callback->callbackID();
m_callbacks.put(callback);
m_process->send(Messages::WebPage::DrawRectToImage(frame->frameID(), printInfo, rect, imageSize, callbackID), m_pageID, printingSendOptions(m_isPerformingDOMPrintOperation));
}
void WebPageProxy::drawPagesToPDF(WebFrameProxy* frame, const PrintInfo& printInfo, uint32_t first, uint32_t count, PassRefPtr<DataCallback> prpCallback)
{
RefPtr<DataCallback> callback = prpCallback;
if (!isValid()) {
callback->invalidate();
return;
}
uint64_t callbackID = callback->callbackID();
m_callbacks.put(callback);
m_process->send(Messages::WebPage::DrawPagesToPDF(frame->frameID(), printInfo, first, count, callbackID), m_pageID, printingSendOptions(m_isPerformingDOMPrintOperation));
}
#elif PLATFORM(GTK)
void WebPageProxy::drawPagesForPrinting(WebFrameProxy* frame, const PrintInfo& printInfo, PassRefPtr<PrintFinishedCallback> didPrintCallback)
{
RefPtr<PrintFinishedCallback> callback = didPrintCallback;
if (!isValid()) {
callback->invalidate();
return;
}
uint64_t callbackID = callback->callbackID();
m_callbacks.put(callback);
m_isInPrintingMode = true;
m_process->send(Messages::WebPage::DrawPagesForPrinting(frame->frameID(), printInfo, callbackID), m_pageID, printingSendOptions(m_isPerformingDOMPrintOperation));
}
#endif
void WebPageProxy::updateBackingStoreDiscardableState()
{
ASSERT(isValid());
bool isDiscardable;
if (!m_process->responsivenessTimer().isResponsive())
isDiscardable = false;
else
isDiscardable = !m_pageClient.isViewWindowActive() || !isViewVisible();
m_drawingArea->setBackingStoreIsDiscardable(isDiscardable);
}
void WebPageProxy::saveDataToFileInDownloadsFolder(const String& suggestedFilename, const String& mimeType, const String& originatingURLString, API::Data* data)
{
m_uiClient->saveDataToFileInDownloadsFolder(this, suggestedFilename, mimeType, originatingURLString, data);
}
void WebPageProxy::savePDFToFileInDownloadsFolder(const String& suggestedFilename, const String& originatingURLString, const IPC::DataReference& dataReference)
{
if (!suggestedFilename.endsWith(".pdf", false))
return;
saveDataToFileInDownloadsFolder(suggestedFilename, "application/pdf", originatingURLString,
API::Data::create(dataReference.data(), dataReference.size()).ptr());
}
void WebPageProxy::setMinimumLayoutSize(const IntSize& minimumLayoutSize)
{
if (m_minimumLayoutSize == minimumLayoutSize)
return;
m_minimumLayoutSize = minimumLayoutSize;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetMinimumLayoutSize(minimumLayoutSize), m_pageID);
m_drawingArea->minimumLayoutSizeDidChange();
#if USE(APPKIT)
if (m_minimumLayoutSize.width() <= 0)
intrinsicContentSizeDidChange(IntSize(-1, -1));
#endif
}
void WebPageProxy::setAutoSizingShouldExpandToViewHeight(bool shouldExpand)
{
if (m_autoSizingShouldExpandToViewHeight == shouldExpand)
return;
m_autoSizingShouldExpandToViewHeight = shouldExpand;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetAutoSizingShouldExpandToViewHeight(shouldExpand), m_pageID);
}
#if USE(AUTOMATIC_TEXT_REPLACEMENT)
void WebPageProxy::toggleSmartInsertDelete()
{
if (TextChecker::isTestingMode())
TextChecker::setSmartInsertDeleteEnabled(!TextChecker::isSmartInsertDeleteEnabled());
}
void WebPageProxy::toggleAutomaticQuoteSubstitution()
{
if (TextChecker::isTestingMode())
TextChecker::setAutomaticQuoteSubstitutionEnabled(!TextChecker::state().isAutomaticQuoteSubstitutionEnabled);
}
void WebPageProxy::toggleAutomaticLinkDetection()
{
if (TextChecker::isTestingMode())
TextChecker::setAutomaticLinkDetectionEnabled(!TextChecker::state().isAutomaticLinkDetectionEnabled);
}
void WebPageProxy::toggleAutomaticDashSubstitution()
{
if (TextChecker::isTestingMode())
TextChecker::setAutomaticDashSubstitutionEnabled(!TextChecker::state().isAutomaticDashSubstitutionEnabled);
}
void WebPageProxy::toggleAutomaticTextReplacement()
{
if (TextChecker::isTestingMode())
TextChecker::setAutomaticTextReplacementEnabled(!TextChecker::state().isAutomaticTextReplacementEnabled);
}
#endif
#if PLATFORM(MAC)
void WebPageProxy::substitutionsPanelIsShowing(bool& isShowing)
{
isShowing = TextChecker::substitutionsPanelIsShowing();
}
void WebPageProxy::showCorrectionPanel(int32_t panelType, const FloatRect& boundingBoxOfReplacedString, const String& replacedString, const String& replacementString, const Vector<String>& alternativeReplacementStrings)
{
m_pageClient.showCorrectionPanel((AlternativeTextType)panelType, boundingBoxOfReplacedString, replacedString, replacementString, alternativeReplacementStrings);
}
void WebPageProxy::dismissCorrectionPanel(int32_t reason)
{
m_pageClient.dismissCorrectionPanel((ReasonForDismissingAlternativeText)reason);
}
void WebPageProxy::dismissCorrectionPanelSoon(int32_t reason, String& result)
{
result = m_pageClient.dismissCorrectionPanelSoon((ReasonForDismissingAlternativeText)reason);
}
void WebPageProxy::recordAutocorrectionResponse(int32_t responseType, const String& replacedString, const String& replacementString)
{
m_pageClient.recordAutocorrectionResponse((AutocorrectionResponseType)responseType, replacedString, replacementString);
}
void WebPageProxy::handleAlternativeTextUIResult(const String& result)
{
if (!isClosed())
m_process->send(Messages::WebPage::HandleAlternativeTextUIResult(result), m_pageID);
}
#if USE(DICTATION_ALTERNATIVES)
void WebPageProxy::showDictationAlternativeUI(const WebCore::FloatRect& boundingBoxOfDictatedText, uint64_t dictationContext)
{
m_pageClient.showDictationAlternativeUI(boundingBoxOfDictatedText, dictationContext);
}
void WebPageProxy::removeDictationAlternatives(uint64_t dictationContext)
{
m_pageClient.removeDictationAlternatives(dictationContext);
}
void WebPageProxy::dictationAlternatives(uint64_t dictationContext, Vector<String>& result)
{
result = m_pageClient.dictationAlternatives(dictationContext);
}
#endif
void WebPageProxy::setEditableElementIsFocused(bool editableElementIsFocused)
{
m_pageClient.setEditableElementIsFocused(editableElementIsFocused);
}
#endif // PLATFORM(MAC)
#if PLATFORM(COCOA)
PassRefPtr<ViewSnapshot> WebPageProxy::takeViewSnapshot()
{
return m_pageClient.takeViewSnapshot();
}
#endif
#if PLATFORM(GTK)
void WebPageProxy::setComposition(const String& text, Vector<CompositionUnderline> underlines, uint64_t selectionStart, uint64_t selectionEnd, uint64_t replacementRangeStart, uint64_t replacementRangeEnd)
{
// FIXME: We need to find out how to proper handle the crashes case.
if (!isValid())
return;
process().send(Messages::WebPage::SetComposition(text, underlines, selectionStart, selectionEnd, replacementRangeStart, replacementRangeEnd), m_pageID);
}
void WebPageProxy::confirmComposition(const String& compositionString, int64_t selectionStart, int64_t selectionLength)
{
if (!isValid())
return;
process().send(Messages::WebPage::ConfirmComposition(compositionString, selectionStart, selectionLength), m_pageID);
}
void WebPageProxy::cancelComposition()
{
if (!isValid())
return;
process().send(Messages::WebPage::CancelComposition(), m_pageID);
}
#endif // PLATFORM(GTK)
void WebPageProxy::didSaveToPageCache()
{
m_process->didSaveToPageCache();
}
void WebPageProxy::setScrollPinningBehavior(ScrollPinningBehavior pinning)
{
if (m_scrollPinningBehavior == pinning)
return;
m_scrollPinningBehavior = pinning;
if (isValid())
m_process->send(Messages::WebPage::SetScrollPinningBehavior(pinning), m_pageID);
}
void WebPageProxy::setOverlayScrollbarStyle(WTF::Optional<WebCore::ScrollbarOverlayStyle> scrollbarStyle)
{
if (!m_scrollbarOverlayStyle && !scrollbarStyle)
return;
if ((m_scrollbarOverlayStyle && scrollbarStyle) && m_scrollbarOverlayStyle.value() == scrollbarStyle.value())
return;
m_scrollbarOverlayStyle = scrollbarStyle;
WTF::Optional<uint32_t> scrollbarStyleForMessage;
if (scrollbarStyle)
scrollbarStyleForMessage = static_cast<ScrollbarOverlayStyle>(scrollbarStyle.value());
if (isValid())
m_process->send(Messages::WebPage::SetScrollbarOverlayStyle(scrollbarStyleForMessage), m_pageID);
}
#if ENABLE(SUBTLE_CRYPTO)
void WebPageProxy::wrapCryptoKey(const Vector<uint8_t>& key, bool& succeeded, Vector<uint8_t>& wrappedKey)
{
PageClientProtector protector(m_pageClient);
Vector<uint8_t> masterKey;
if (m_navigationClient) {
if (RefPtr<API::Data> keyData = m_navigationClient->webCryptoMasterKey(*this))
masterKey = keyData->dataReference().vector();
} else if (RefPtr<API::Data> keyData = m_loaderClient->webCryptoMasterKey(*this))
masterKey = keyData->dataReference().vector();
else if (!getDefaultWebCryptoMasterKey(masterKey)) {
succeeded = false;
return;
}
succeeded = wrapSerializedCryptoKey(masterKey, key, wrappedKey);
}
void WebPageProxy::unwrapCryptoKey(const Vector<uint8_t>& wrappedKey, bool& succeeded, Vector<uint8_t>& key)
{
PageClientProtector protector(m_pageClient);
Vector<uint8_t> masterKey;
if (m_navigationClient) {
if (RefPtr<API::Data> keyData = m_navigationClient->webCryptoMasterKey(*this))
masterKey = keyData->dataReference().vector();
} else if (RefPtr<API::Data> keyData = m_loaderClient->webCryptoMasterKey(*this))
masterKey = keyData->dataReference().vector();
else if (!getDefaultWebCryptoMasterKey(masterKey)) {
succeeded = false;
return;
}
succeeded = unwrapSerializedCryptoKey(masterKey, wrappedKey, key);
}
#endif
void WebPageProxy::addMIMETypeWithCustomContentProvider(const String& mimeType)
{
m_process->send(Messages::WebPage::AddMIMETypeWithCustomContentProvider(mimeType), m_pageID);
}
#if PLATFORM(COCOA)
void WebPageProxy::insertTextAsync(const String& text, const EditingRange& replacementRange, bool registerUndoGroup, EditingRangeIsRelativeTo editingRangeIsRelativeTo, bool suppressSelectionUpdate)
{
if (!isValid())
return;
process().send(Messages::WebPage::InsertTextAsync(text, replacementRange, registerUndoGroup, static_cast<uint32_t>(editingRangeIsRelativeTo), suppressSelectionUpdate), m_pageID);
}
void WebPageProxy::getMarkedRangeAsync(std::function<void (EditingRange, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(EditingRange(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
process().send(Messages::WebPage::GetMarkedRangeAsync(callbackID), m_pageID);
}
void WebPageProxy::getSelectedRangeAsync(std::function<void (EditingRange, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(EditingRange(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
process().send(Messages::WebPage::GetSelectedRangeAsync(callbackID), m_pageID);
}
void WebPageProxy::characterIndexForPointAsync(const WebCore::IntPoint& point, std::function<void (uint64_t, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(0, CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
process().send(Messages::WebPage::CharacterIndexForPointAsync(point, callbackID), m_pageID);
}
void WebPageProxy::firstRectForCharacterRangeAsync(const EditingRange& range, std::function<void (const WebCore::IntRect&, const EditingRange&, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(WebCore::IntRect(), EditingRange(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
process().send(Messages::WebPage::FirstRectForCharacterRangeAsync(range, callbackID), m_pageID);
}
void WebPageProxy::setCompositionAsync(const String& text, Vector<CompositionUnderline> underlines, const EditingRange& selectionRange, const EditingRange& replacementRange)
{
if (!isValid()) {
// If this fails, we should call -discardMarkedText on input context to notify the input method.
// This will happen naturally later, as part of reloading the page.
return;
}
process().send(Messages::WebPage::SetCompositionAsync(text, underlines, selectionRange, replacementRange), m_pageID);
}
void WebPageProxy::confirmCompositionAsync()
{
if (!isValid())
return;
process().send(Messages::WebPage::ConfirmCompositionAsync(), m_pageID);
}
void WebPageProxy::setScrollPerformanceDataCollectionEnabled(bool enabled)
{
if (enabled == m_scrollPerformanceDataCollectionEnabled)
return;
m_scrollPerformanceDataCollectionEnabled = enabled;
if (m_scrollPerformanceDataCollectionEnabled && !m_scrollingPerformanceData)
m_scrollingPerformanceData = std::make_unique<RemoteLayerTreeScrollingPerformanceData>(downcast<RemoteLayerTreeDrawingAreaProxy>(*m_drawingArea));
else if (!m_scrollPerformanceDataCollectionEnabled)
m_scrollingPerformanceData = nullptr;
}
#endif
void WebPageProxy::takeSnapshot(IntRect rect, IntSize bitmapSize, SnapshotOptions options, std::function<void (const ShareableBitmap::Handle&, CallbackBase::Error)> callbackFunction)
{
if (!isValid()) {
callbackFunction(ShareableBitmap::Handle(), CallbackBase::Error::Unknown);
return;
}
uint64_t callbackID = m_callbacks.put(WTFMove(callbackFunction), m_process->throttler().backgroundActivityToken());
m_process->send(Messages::WebPage::TakeSnapshot(rect, bitmapSize, options, callbackID), m_pageID);
}
void WebPageProxy::navigationGestureDidBegin()
{
PageClientProtector protector(m_pageClient);
m_isShowingNavigationGestureSnapshot = true;
m_pageClient.navigationGestureDidBegin();
if (m_navigationClient)
m_navigationClient->didBeginNavigationGesture(*this);
else
m_loaderClient->navigationGestureDidBegin(*this);
}
void WebPageProxy::navigationGestureWillEnd(bool willNavigate, WebBackForwardListItem& item)
{
PageClientProtector protector(m_pageClient);
m_pageClient.navigationGestureWillEnd(willNavigate, item);
if (m_navigationClient)
m_navigationClient->willEndNavigationGesture(*this, willNavigate, item);
else
m_loaderClient->navigationGestureWillEnd(*this, willNavigate, item);
}
void WebPageProxy::navigationGestureDidEnd(bool willNavigate, WebBackForwardListItem& item)
{
PageClientProtector protector(m_pageClient);
m_pageClient.navigationGestureDidEnd(willNavigate, item);
if (m_navigationClient)
m_navigationClient->didEndNavigationGesture(*this, willNavigate, item);
else
m_loaderClient->navigationGestureDidEnd(*this, willNavigate, item);
}
void WebPageProxy::navigationGestureDidEnd()
{
PageClientProtector protector(m_pageClient);
m_pageClient.navigationGestureDidEnd();
}
void WebPageProxy::willRecordNavigationSnapshot(WebBackForwardListItem& item)
{
PageClientProtector protector(m_pageClient);
m_pageClient.willRecordNavigationSnapshot(item);
}
void WebPageProxy::navigationGestureSnapshotWasRemoved()
{
m_isShowingNavigationGestureSnapshot = false;
m_pageClient.didRemoveNavigationGestureSnapshot();
if (m_navigationClient)
m_navigationClient->didRemoveNavigationGestureSnapshot(*this);
}
void WebPageProxy::isPlayingMediaDidChange(MediaProducer::MediaStateFlags state, uint64_t sourceElementID)
{
#if ENABLE(MEDIA_SESSION)
WebMediaSessionFocusManager* focusManager = process().processPool().supplement<WebMediaSessionFocusManager>();
ASSERT(focusManager);
focusManager->updatePlaybackAttributesFromMediaState(this, sourceElementID, state);
#endif
if (state == m_mediaState)
return;
MediaProducer::MediaStateFlags playingMediaMask = MediaProducer::IsPlayingAudio | MediaProducer::IsPlayingVideo;
MediaProducer::MediaStateFlags oldState = m_mediaState;
m_mediaState = state;
playingMediaMask |= MediaProducer::HasActiveMediaCaptureDevice;
if ((oldState & playingMediaMask) != (m_mediaState & playingMediaMask))
m_uiClient->isPlayingAudioDidChange(*this);
#if PLATFORM(MAC)
if ((oldState & MediaProducer::HasAudioOrVideo) != (m_mediaState & MediaProducer::HasAudioOrVideo))
videoControlsManagerDidChange();
#endif
}
#if PLATFORM(MAC)
void WebPageProxy::videoControlsManagerDidChange()
{
m_pageClient.videoControlsManagerDidChange();
}
bool WebPageProxy::hasActiveVideoForControlsManager() const
{
#if ENABLE(VIDEO_PRESENTATION_MODE)
return m_playbackSessionManager && m_playbackSessionManager->controlsManagerInterface();
#else
return false;
#endif
}
void WebPageProxy::requestControlledElementID() const
{
#if ENABLE(VIDEO_PRESENTATION_MODE)
if (m_playbackSessionManager)
m_playbackSessionManager->requestControlledElementID();
#endif
}
void WebPageProxy::handleControlledElementIDResponse(const String& identifier) const
{
m_pageClient.handleControlledElementIDResponse(identifier);
}
bool WebPageProxy::isPlayingVideoInEnhancedFullscreen() const
{
#if ENABLE(VIDEO_PRESENTATION_MODE)
return m_videoFullscreenManager && m_videoFullscreenManager->isPlayingVideoInEnhancedFullscreen();
#else
return false;
#endif
}
#endif
#if ENABLE(MEDIA_SESSION)
void WebPageProxy::hasMediaSessionWithActiveMediaElementsDidChange(bool state)
{
m_hasMediaSessionWithActiveMediaElements = state;
}
void WebPageProxy::mediaSessionMetadataDidChange(const WebCore::MediaSessionMetadata& metadata)
{
Ref<WebMediaSessionMetadata> webMetadata = WebMediaSessionMetadata::create(metadata);
m_uiClient->mediaSessionMetadataDidChange(*this, webMetadata.ptr());
}
void WebPageProxy::focusedContentMediaElementDidChange(uint64_t elementID)
{
WebMediaSessionFocusManager* focusManager = process().processPool().supplement<WebMediaSessionFocusManager>();
ASSERT(focusManager);
focusManager->setFocusedMediaElement(*this, elementID);
}
#endif
#if PLATFORM(MAC)
void WebPageProxy::removeNavigationGestureSnapshot()
{
m_pageClient.removeNavigationGestureSnapshot();
}
void WebPageProxy::performImmediateActionHitTestAtLocation(FloatPoint point)
{
m_process->send(Messages::WebPage::PerformImmediateActionHitTestAtLocation(point), m_pageID);
}
void WebPageProxy::immediateActionDidUpdate()
{
m_process->send(Messages::WebPage::ImmediateActionDidUpdate(), m_pageID);
}
void WebPageProxy::immediateActionDidCancel()
{
m_process->send(Messages::WebPage::ImmediateActionDidCancel(), m_pageID);
}
void WebPageProxy::immediateActionDidComplete()
{
m_process->send(Messages::WebPage::ImmediateActionDidComplete(), m_pageID);
}
void WebPageProxy::didPerformImmediateActionHitTest(const WebHitTestResultData& result, bool contentPreventsDefault, const UserData& userData)
{
m_pageClient.didPerformImmediateActionHitTest(result, contentPreventsDefault, m_process->transformHandlesToObjects(userData.object()).get());
}
void* WebPageProxy::immediateActionAnimationControllerForHitTestResult(RefPtr<API::HitTestResult> hitTestResult, uint64_t type, RefPtr<API::Object> userData)
{
return m_pageClient.immediateActionAnimationControllerForHitTestResult(hitTestResult, type, userData);
}
void WebPageProxy::installViewStateChangeCompletionHandler(void (^completionHandler)())
{
if (!isValid()) {
completionHandler();
return;
}
auto copiedCompletionHandler = Block_copy(completionHandler);
auto voidCallback = VoidCallback::create([copiedCompletionHandler] (CallbackBase::Error) {
copiedCompletionHandler();
Block_release(copiedCompletionHandler);
}, m_process->throttler().backgroundActivityToken());
uint64_t callbackID = m_callbacks.put(WTFMove(voidCallback));
m_nextViewStateChangeCallbacks.append(callbackID);
}
void WebPageProxy::handleAcceptedCandidate(WebCore::TextCheckingResult acceptedCandidate)
{
m_process->send(Messages::WebPage::HandleAcceptedCandidate(acceptedCandidate), m_pageID);
}
void WebPageProxy::didHandleAcceptedCandidate()
{
m_pageClient.didHandleAcceptedCandidate();
}
#endif
void WebPageProxy::imageOrMediaDocumentSizeChanged(const WebCore::IntSize& newSize)
{
m_uiClient->imageOrMediaDocumentSizeChanged(newSize);
}
void WebPageProxy::setShouldDispatchFakeMouseMoveEvents(bool shouldDispatchFakeMouseMoveEvents)
{
m_process->send(Messages::WebPage::SetShouldDispatchFakeMouseMoveEvents(shouldDispatchFakeMouseMoveEvents), m_pageID);
}
void WebPageProxy::handleAutoFillButtonClick(const UserData& userData)
{
m_uiClient->didClickAutoFillButton(*this, m_process->transformHandlesToObjects(userData.object()).get());
}
#if ENABLE(WIRELESS_PLAYBACK_TARGET) && !PLATFORM(IOS)
void WebPageProxy::addPlaybackTargetPickerClient(uint64_t contextId)
{
m_pageClient.mediaSessionManager().addPlaybackTargetPickerClient(*this, contextId);
}
void WebPageProxy::removePlaybackTargetPickerClient(uint64_t contextId)
{
m_pageClient.mediaSessionManager().removePlaybackTargetPickerClient(*this, contextId);
}
void WebPageProxy::showPlaybackTargetPicker(uint64_t contextId, const WebCore::FloatRect& rect, bool hasVideo)
{
m_pageClient.mediaSessionManager().showPlaybackTargetPicker(*this, contextId, m_pageClient.rootViewToScreen(IntRect(rect)), hasVideo);
}
void WebPageProxy::playbackTargetPickerClientStateDidChange(uint64_t contextId, WebCore::MediaProducer::MediaStateFlags state)
{
m_pageClient.mediaSessionManager().clientStateDidChange(*this, contextId, state);
}
void WebPageProxy::setMockMediaPlaybackTargetPickerEnabled(bool enabled)
{
m_pageClient.mediaSessionManager().setMockMediaPlaybackTargetPickerEnabled(enabled);
}
void WebPageProxy::setMockMediaPlaybackTargetPickerState(const String& name, WebCore::MediaPlaybackTargetContext::State state)
{
m_pageClient.mediaSessionManager().setMockMediaPlaybackTargetPickerState(name, state);
}
void WebPageProxy::setPlaybackTarget(uint64_t contextId, Ref<MediaPlaybackTarget>&& target)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::PlaybackTargetSelected(contextId, target->targetContext()), m_pageID);
}
void WebPageProxy::externalOutputDeviceAvailableDidChange(uint64_t contextId, bool available)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::PlaybackTargetAvailabilityDidChange(contextId, available), m_pageID);
}
void WebPageProxy::setShouldPlayToPlaybackTarget(uint64_t contextId, bool shouldPlay)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::SetShouldPlayToPlaybackTarget(contextId, shouldPlay), m_pageID);
}
#endif
void WebPageProxy::didChangeBackgroundColor()
{
m_pageClient.didChangeBackgroundColor();
}
void WebPageProxy::clearWheelEventTestTrigger()
{
if (!isValid())
return;
m_process->send(Messages::WebPage::ClearWheelEventTestTrigger(), m_pageID);
}
void WebPageProxy::callAfterNextPresentationUpdate(std::function<void (CallbackBase::Error)> callback)
{
m_drawingArea->dispatchAfterEnsuringDrawing(callback);
}
void WebPageProxy::setShouldScaleViewToFitDocument(bool shouldScaleViewToFitDocument)
{
if (m_shouldScaleViewToFitDocument == shouldScaleViewToFitDocument)
return;
m_shouldScaleViewToFitDocument = shouldScaleViewToFitDocument;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetShouldScaleViewToFitDocument(shouldScaleViewToFitDocument), m_pageID);
}
void WebPageProxy::didRestoreScrollPosition()
{
m_pageClient.didRestoreScrollPosition();
}
void WebPageProxy::setResourceCachingDisabled(bool disabled)
{
if (m_isResourceCachingDisabled == disabled)
return;
m_isResourceCachingDisabled = disabled;
if (!isValid())
return;
m_process->send(Messages::WebPage::SetResourceCachingDisabled(disabled), m_pageID);
}
WebCore::UserInterfaceLayoutDirection WebPageProxy::userInterfaceLayoutDirection()
{
return m_pageClient.userInterfaceLayoutDirection();
}
void WebPageProxy::setUserInterfaceLayoutDirection(WebCore::UserInterfaceLayoutDirection userInterfaceLayoutDirection)
{
if (!isValid())
return;
m_process->send(Messages::WebPage::SetUserInterfaceLayoutDirection(static_cast<uint32_t>(userInterfaceLayoutDirection)), m_pageID);
}
} // namespace WebKit