void PageCache::releaseAutoreleasedPagesNow()
{
m_autoreleaseTimer.stop();
// Postpone dead pruning until all our resources have gone dead.
memoryCache()->setPruneEnabled(false);
CachedPageSet tmp;
tmp.swap(m_autoreleaseSet);
CachedPageSet::iterator end = tmp.end();
for (CachedPageSet::iterator it = tmp.begin(); it != end; ++it)
(*it)->destroy();
// Now do the prune.
memoryCache()->setPruneEnabled(true);
memoryCache()->prune();
}
void SubresourceLoader::didFail(const ResourceError& error)
{
if (m_state != Initialized)
return;
ASSERT(!reachedTerminalState());
LOG(ResourceLoading, "Failed to load '%s'.\n", m_resource->url().string().latin1().data());
RefPtr<SubresourceLoader> protect(this);
CachedResourceHandle<CachedResource> protectResource(m_resource);
m_state = Finishing;
if (m_resource->resourceToRevalidate())
memoryCache()->revalidationFailed(m_resource);
m_resource->setResourceError(error);
m_resource->error(CachedResource::LoadError);
if (!m_resource->isPreloaded())
memoryCache()->remove(m_resource);
ResourceLoader::didFail(error);
}
void ImageLoader::willRemoveClient(ImageLoaderClient& client)
{
if (client.requestsHighLiveResourceCachePriority()) {
ASSERT(m_highPriorityClientCount);
m_highPriorityClientCount--;
if (m_image && !m_highPriorityClientCount)
memoryCache()->updateDecodedResource(m_image.get(), UpdateForPropertyChange, MemoryCacheLiveResourcePriorityLow);
}
}
TEST_F(ResourceFetcherTest, RevalidateDeferedResourceFromTwoInitiators) {
KURL url(ParsedURLString, "http://127.0.0.1:8000/font.woff");
ResourceResponse response;
response.setURL(url);
response.setHTTPStatusCode(200);
response.setHTTPHeaderField(HTTPNames::ETag, "1234567890");
Platform::current()->getURLLoaderMockFactory()->registerURL(
url, WrappedResourceResponse(response), "");
ResourceFetcherTestMockFetchContext* context =
ResourceFetcherTestMockFetchContext::create();
ResourceFetcher* fetcher = ResourceFetcher::create(context);
// Fetch to cache a resource.
ResourceRequest request1(url);
FetchRequest fetchRequest1 = FetchRequest(request1, FetchInitiatorInfo());
Resource* resource1 = FontResource::fetch(fetchRequest1, fetcher);
ASSERT_TRUE(resource1);
fetcher->startLoad(resource1);
Platform::current()->getURLLoaderMockFactory()->serveAsynchronousRequests();
EXPECT_TRUE(resource1->isLoaded());
EXPECT_FALSE(resource1->errorOccurred());
// Set the context as it is on reloads.
context->setLoadComplete(true);
context->setCachePolicy(CachePolicyRevalidate);
// Revalidate the resource.
ResourceRequest request2(url);
FetchRequest fetchRequest2 = FetchRequest(request2, FetchInitiatorInfo());
Resource* resource2 = FontResource::fetch(fetchRequest2, fetcher);
ASSERT_TRUE(resource2);
EXPECT_EQ(resource1, resource2);
EXPECT_TRUE(resource2->isCacheValidator());
EXPECT_TRUE(resource2->stillNeedsLoad());
// Fetch the same resource again before actual load operation starts.
ResourceRequest request3(url);
FetchRequest fetchRequest3 = FetchRequest(request3, FetchInitiatorInfo());
Resource* resource3 = FontResource::fetch(fetchRequest3, fetcher);
ASSERT_TRUE(resource3);
EXPECT_EQ(resource2, resource3);
EXPECT_TRUE(resource3->isCacheValidator());
EXPECT_TRUE(resource3->stillNeedsLoad());
// startLoad() can be called from any initiator. Here, call it from the
// latter.
fetcher->startLoad(resource3);
Platform::current()->getURLLoaderMockFactory()->serveAsynchronousRequests();
EXPECT_TRUE(resource3->isLoaded());
EXPECT_FALSE(resource3->errorOccurred());
EXPECT_TRUE(resource2->isLoaded());
EXPECT_FALSE(resource2->errorOccurred());
memoryCache()->remove(resource1);
}
void WebProcess::platformSetCacheModel(CacheModel cacheModel)
{
#if USE(CFNETWORK)
RetainPtr<CFStringRef> cfurlCacheDirectory;
if (CFURLStorageSessionRef defaultStorageSession = ResourceHandle::defaultStorageSession())
cfurlCacheDirectory.adoptCF(wkCopyFoundationCacheDirectory(defaultStorageSession));
else
cfurlCacheDirectory.adoptCF(wkCopyFoundationCacheDirectory(0));
if (!cfurlCacheDirectory)
cfurlCacheDirectory = WebCore::localUserSpecificStorageDirectory().createCFString();
// As a fudge factor, use 1000 instead of 1024, in case the reported byte
// count doesn't align exactly to a megabyte boundary.
uint64_t memSize = memorySize() / 1024 / 1000;
uint64_t diskFreeSize = volumeFreeSize(cfurlCacheDirectory.get()) / 1024 / 1000;
unsigned cacheTotalCapacity = 0;
unsigned cacheMinDeadCapacity = 0;
unsigned cacheMaxDeadCapacity = 0;
double deadDecodedDataDeletionInterval = 0;
unsigned pageCacheCapacity = 0;
unsigned long urlCacheMemoryCapacity = 0;
unsigned long urlCacheDiskCapacity = 0;
calculateCacheSizes(cacheModel, memSize, diskFreeSize,
cacheTotalCapacity, cacheMinDeadCapacity, cacheMaxDeadCapacity, deadDecodedDataDeletionInterval,
pageCacheCapacity, urlCacheMemoryCapacity, urlCacheDiskCapacity);
memoryCache()->setCapacities(cacheMinDeadCapacity, cacheMaxDeadCapacity, cacheTotalCapacity);
memoryCache()->setDeadDecodedDataDeletionInterval(deadDecodedDataDeletionInterval);
pageCache()->setCapacity(pageCacheCapacity);
RetainPtr<CFURLCacheRef> cfurlCache;
if (CFURLStorageSessionRef defaultStorageSession = ResourceHandle::defaultStorageSession())
cfurlCache.adoptCF(wkCopyURLCache(defaultStorageSession));
else
cfurlCache.adoptCF(CFURLCacheCopySharedURLCache());
CFURLCacheSetMemoryCapacity(cfurlCache.get(), urlCacheMemoryCapacity);
CFURLCacheSetDiskCapacity(cfurlCache.get(), max<unsigned long>(urlCacheDiskCapacity, CFURLCacheDiskCapacity(cfurlCache.get()))); // Don't shrink a big disk cache, since that would cause churn.
#endif
}
void Resource::cancelTimerFired(Timer<Resource>* timer)
{
ASSERT_UNUSED(timer, timer == &m_cancelTimer);
if (hasClients() || !m_loader)
return;
ResourcePtr<Resource> protect(this);
m_loader->cancelIfNotFinishing();
if (m_status != Cached)
memoryCache()->remove(this);
}
void InspectorResourceAgent::replayXHR(ErrorString*, const String& requestId)
{
RefPtr<XMLHttpRequest> xhr = XMLHttpRequest::create(m_pageAgent->mainFrame()->document());
String actualRequestId = requestId;
XHRReplayData* xhrReplayData = m_resourcesData->xhrReplayData(requestId);
if (!xhrReplayData)
return;
CachedResource* cachedResource = memoryCache()->resourceForURL(xhrReplayData->url());
if (cachedResource)
memoryCache()->remove(cachedResource);
xhr->open(xhrReplayData->method(), xhrReplayData->url(), xhrReplayData->async(), IGNORE_EXCEPTION);
HTTPHeaderMap::const_iterator end = xhrReplayData->headers().end();
for (HTTPHeaderMap::const_iterator it = xhrReplayData->headers().begin(); it!= end; ++it)
xhr->setRequestHeader(it->key, it->value, IGNORE_EXCEPTION);
xhr->sendFromInspector(xhrReplayData->formData(), IGNORE_EXCEPTION);
}
bool ImageLoader::shouldLoadImmediately(const KURL& url) const
{
// We force any image loads which might require alt content through the asynchronous path so that we can add the shadow DOM
// for the alt-text content when style recalc is over and DOM mutation is allowed again.
if (!url.isNull()) {
Resource* resource = memoryCache()->resourceForURL(url, m_element->document().fetcher()->getCacheIdentifier());
if (resource && !resource->errorOccurred())
return true;
}
return (m_loadingImageDocument || isHTMLObjectElement(m_element) || isHTMLEmbedElement(m_element) || url.protocolIsData());
}
TEST_F(ResourceFetcherTest, StartLoadAfterFrameDetach)
{
KURL secureURL(ParsedURLString, "https://secureorigin.test/image.png");
// Try to request a url. The request should fail, no resource should be returned,
// and no resource should be present in the cache.
RefPtrWillBeRawPtr<ResourceFetcher> fetcher = ResourceFetcher::create(FetchContext::create());
FetchRequest fetchRequest = FetchRequest(ResourceRequest(secureURL), FetchInitiatorInfo());
ResourcePtr<ImageResource> image = fetcher->fetchImage(fetchRequest);
EXPECT_EQ(image.get(), static_cast<ImageResource*>(0));
EXPECT_EQ(memoryCache()->resourceForURL(secureURL), static_cast<Resource*>(0));
}
static unsigned avoidDownloadIfHigherDensityResourceIsInCache(Vector<ImageCandidate*>& imageCandidates, unsigned winner, Document* document)
{
if (!document)
return winner;
for (unsigned i = imageCandidates.size() - 1; i > winner; --i) {
KURL url = document->completeURL(stripLeadingAndTrailingHTMLSpaces(imageCandidates[i]->url()));
if (memoryCache()->resourceForURL(url, document->fetcher()->getCacheIdentifier()))
return i;
}
return winner;
}
void WebCache::getResourceTypeStats(ResourceTypeStats* result)
{
MemoryCache* cache = memoryCache();
if (cache) {
MemoryCache::Statistics stats = cache->getStatistics();
ToResourceTypeStat(stats.images, result->images);
ToResourceTypeStat(stats.cssStyleSheets, result->cssStyleSheets);
ToResourceTypeStat(stats.scripts, result->scripts);
ToResourceTypeStat(stats.fonts, result->fonts);
} else
memset(result, 0, sizeof(WebCache::ResourceTypeStats));
}
void CSSStyleSheetResource::saveParsedStyleSheet(StyleSheetContents* sheet) {
DCHECK(sheet);
DCHECK(sheet->isCacheableForResource());
if (!memoryCache()->contains(this)) {
// This stylesheet resource did conflict with another resource and was not
// added to the cache.
setParsedStyleSheetCache(nullptr);
return;
}
setParsedStyleSheetCache(sheet);
}
Resource::~Resource()
{
ASSERT(canDelete());
RELEASE_ASSERT(!memoryCache()->contains(this));
RELEASE_ASSERT(!ResourceCallback::callbackHandler()->isScheduled(this));
assertAlive();
#ifdef ENABLE_RESOURCE_IS_DELETED_CHECK
m_deleted = true;
#endif
InstanceCounters::decrementCounter(InstanceCounters::ResourceCounter);
}
void ImageLoader::addClient(ImageLoaderClient* client)
{
if (client->requestsHighLiveResourceCachePriority()) {
if (m_image && !m_highPriorityClientCount++)
memoryCache()->updateDecodedResource(m_image.get(), UpdateForPropertyChange, MemoryCacheLiveResourcePriorityHigh);
}
#if ENABLE(OILPAN)
m_clients.add(client, adoptPtr(new ImageLoaderClientRemover(*this, *client)));
#else
m_clients.add(client);
#endif
}
TEST_F(MemoryCacheTest, ResourcePruningAtEndOfTask_MultipleResourceMaps) {
{
Resource* resource1 = FakeDecodedResource::create(
ResourceRequest("http://test/resource1"), Resource::Raw);
Resource* resource2 = FakeDecodedResource::create(
ResourceRequest("http://test/resource2"), Resource::Raw);
resource1->setCacheIdentifier("foo");
testResourcePruningAtEndOfTask(resource1, resource2);
memoryCache()->evictResources();
}
{
Resource* resource1 = FakeDecodedResource::create(
ResourceRequest("http://test/resource1"), Resource::Raw);
Resource* resource2 = FakeDecodedResource::create(
ResourceRequest("http://test/resource2"), Resource::Raw);
resource1->setCacheIdentifier("foo");
resource2->setCacheIdentifier("bar");
testResourcePruningAtEndOfTask(resource1, resource2);
memoryCache()->evictResources();
}
}
Resource* MemoryCacheCorrectnessTestHelper::resourceFromResourceRequest(
ResourceRequest request) {
if (request.url().isNull())
request.setURL(KURL(ParsedURLString, kResourceURL));
Resource* resource = createResource(request, Resource::Raw);
resource->setResponse(ResourceResponse(KURL(ParsedURLString, kResourceURL),
"text/html", 0, nullAtom, String()));
resource->finish();
memoryCache()->add(resource);
return resource;
}
PassOwnPtr<CachedResourceRequest> CachedResourceRequest::load(CachedResourceLoader* cachedResourceLoader, CachedResource* resource, bool incremental, SecurityCheckPolicy securityCheck, const ResourceLoaderOptions& options)
{
OwnPtr<CachedResourceRequest> request = adoptPtr(new CachedResourceRequest(cachedResourceLoader, resource, incremental));
ResourceRequest resourceRequest = resource->resourceRequest();
#if PLATFORM(CHROMIUM)
resourceRequest.setTargetType(cachedResourceTypeToTargetType(resource->type()));
#endif
if (!resource->accept().isEmpty())
resourceRequest.setHTTPAccept(resource->accept());
if (resource->isCacheValidator()) {
CachedResource* resourceToRevalidate = resource->resourceToRevalidate();
ASSERT(resourceToRevalidate->canUseCacheValidator());
ASSERT(resourceToRevalidate->isLoaded());
const String& lastModified = resourceToRevalidate->response().httpHeaderField("Last-Modified");
const String& eTag = resourceToRevalidate->response().httpHeaderField("ETag");
if (!lastModified.isEmpty() || !eTag.isEmpty()) {
ASSERT(cachedResourceLoader->cachePolicy() != CachePolicyReload);
if (cachedResourceLoader->cachePolicy() == CachePolicyRevalidate)
resourceRequest.setHTTPHeaderField("Cache-Control", "max-age=0");
if (!lastModified.isEmpty())
resourceRequest.setHTTPHeaderField("If-Modified-Since", lastModified);
if (!eTag.isEmpty())
resourceRequest.setHTTPHeaderField("If-None-Match", eTag);
}
}
#if ENABLE(LINK_PREFETCH)
if (resource->type() == CachedResource::LinkPrefetch || resource->type() == CachedResource::LinkPrerender || resource->type() == CachedResource::LinkSubresource)
resourceRequest.setHTTPHeaderField("Purpose", "prefetch");
#endif
ResourceLoadPriority priority = resource->loadPriority();
resourceRequest.setPriority(priority);
RefPtr<SubresourceLoader> loader = resourceLoadScheduler()->scheduleSubresourceLoad(cachedResourceLoader->document()->frame(), request.get(), resourceRequest, priority, securityCheck, options);
if (!loader || loader->reachedTerminalState()) {
// FIXME: What if resources in other frames were waiting for this revalidation?
LOG(ResourceLoading, "Cannot start loading '%s'", resource->url().string().latin1().data());
if (resource->resourceToRevalidate())
memoryCache()->revalidationFailed(resource);
resource->error(CachedResource::LoadError);
//+EAWebKitChange
//10/19/2012
return PassOwnPtr<CachedResourceRequest>(std::nullptr_t()) ;
//-EAWebKitChange
}
request->m_loader = loader;
return request.release();
}
void run() override
{
// The resource size has to be nonzero for this test to be meaningful, but
// we do not rely on it having any particular value.
ASSERT_GT(m_live->size(), 0u);
ASSERT_GT(m_dead->size(), 0u);
ASSERT_EQ(0u, memoryCache()->deadSize());
ASSERT_EQ(0u, memoryCache()->liveSize());
memoryCache()->add(m_dead);
memoryCache()->add(m_live.get());
memoryCache()->updateDecodedResource(m_live.get(), UpdateForPropertyChange);
ASSERT_EQ(m_dead->size(), memoryCache()->deadSize());
ASSERT_EQ(m_live->size(), memoryCache()->liveSize());
ASSERT_GT(m_live->decodedSize(), 0u);
memoryCache()->prune(); // Dead resources are pruned immediately
ASSERT_EQ(m_dead->size(), memoryCache()->deadSize());
ASSERT_EQ(m_live->size(), memoryCache()->liveSize());
ASSERT_GT(m_live->decodedSize(), 0u);
}
CachedCSSStyleSheet* CachedResourceLoader::requestUserCSSStyleSheet(const String& requestURL, const String& charset)
{
KURL url = MemoryCache::removeFragmentIdentifierIfNeeded(KURL(KURL(), requestURL));
if (CachedResource* existing = memoryCache()->resourceForURL(url)) {
if (existing->type() == CachedResource::CSSStyleSheet)
return static_cast<CachedCSSStyleSheet*>(existing);
memoryCache()->remove(existing);
}
CachedCSSStyleSheet* userSheet = new CachedCSSStyleSheet(url, charset);
bool inCache = memoryCache()->add(userSheet);
if (!inCache)
userSheet->setInCache(true);
userSheet->load(this, /*incremental*/ false, SkipSecurityCheck, /*sendResourceLoadCallbacks*/ false);
if (!inCache)
userSheet->setInCache(false);
return userSheet;
}
virtual void TearDown()
{
// Garbage collection is required prior to switching out the
// test's memory cache; image resources are released, evicting
// them from the cache.
Heap::collectGarbage(ThreadState::NoHeapPointersOnStack, Heap::ForcedForTesting);
// Regain the ownership of testing memory cache, so that it will be
// destroyed.
m_testingMemoryCache = adoptPtr(memoryCache());
// Yield the ownership of the global memory cache back.
setMemoryCacheForTesting(m_globalMemoryCache.leakPtr());
}
static void getWebCoreMemoryCacheStatistics(Vector<HashMap<String, uint64_t> >& result)
{
DEFINE_STATIC_LOCAL(String, imagesString, (ASCIILiteral("Images")));
DEFINE_STATIC_LOCAL(String, cssString, (ASCIILiteral("CSS")));
DEFINE_STATIC_LOCAL(String, xslString, (ASCIILiteral("XSL")));
DEFINE_STATIC_LOCAL(String, javaScriptString, (ASCIILiteral("JavaScript")));
MemoryCache::Statistics memoryCacheStatistics = memoryCache()->getStatistics();
HashMap<String, uint64_t> counts;
counts.set(imagesString, memoryCacheStatistics.images.count);
counts.set(cssString, memoryCacheStatistics.cssStyleSheets.count);
counts.set(xslString, memoryCacheStatistics.xslStyleSheets.count);
counts.set(javaScriptString, memoryCacheStatistics.scripts.count);
result.append(counts);
HashMap<String, uint64_t> sizes;
sizes.set(imagesString, memoryCacheStatistics.images.size);
sizes.set(cssString, memoryCacheStatistics.cssStyleSheets.size);
sizes.set(xslString, memoryCacheStatistics.xslStyleSheets.size);
sizes.set(javaScriptString, memoryCacheStatistics.scripts.size);
result.append(sizes);
HashMap<String, uint64_t> liveSizes;
liveSizes.set(imagesString, memoryCacheStatistics.images.liveSize);
liveSizes.set(cssString, memoryCacheStatistics.cssStyleSheets.liveSize);
liveSizes.set(xslString, memoryCacheStatistics.xslStyleSheets.liveSize);
liveSizes.set(javaScriptString, memoryCacheStatistics.scripts.liveSize);
result.append(liveSizes);
HashMap<String, uint64_t> decodedSizes;
decodedSizes.set(imagesString, memoryCacheStatistics.images.decodedSize);
decodedSizes.set(cssString, memoryCacheStatistics.cssStyleSheets.decodedSize);
decodedSizes.set(xslString, memoryCacheStatistics.xslStyleSheets.decodedSize);
decodedSizes.set(javaScriptString, memoryCacheStatistics.scripts.decodedSize);
result.append(decodedSizes);
HashMap<String, uint64_t> purgeableSizes;
purgeableSizes.set(imagesString, memoryCacheStatistics.images.purgeableSize);
purgeableSizes.set(cssString, memoryCacheStatistics.cssStyleSheets.purgeableSize);
purgeableSizes.set(xslString, memoryCacheStatistics.xslStyleSheets.purgeableSize);
purgeableSizes.set(javaScriptString, memoryCacheStatistics.scripts.purgeableSize);
result.append(purgeableSizes);
HashMap<String, uint64_t> purgedSizes;
purgedSizes.set(imagesString, memoryCacheStatistics.images.purgedSize);
purgedSizes.set(cssString, memoryCacheStatistics.cssStyleSheets.purgedSize);
purgedSizes.set(xslString, memoryCacheStatistics.xslStyleSheets.purgedSize);
purgedSizes.set(javaScriptString, memoryCacheStatistics.scripts.purgedSize);
result.append(purgedSizes);
}
TEST_F(MemoryCacheTest, RemoveDuringRevalidation) {
FakeResource* resource1 = FakeResource::create(
ResourceRequest("http://test/resource"), Resource::Raw);
memoryCache()->add(resource1);
FakeResource* resource2 = FakeResource::create(
ResourceRequest("http://test/resource"), Resource::Raw);
memoryCache()->remove(resource1);
memoryCache()->add(resource2);
EXPECT_TRUE(memoryCache()->contains(resource2));
EXPECT_FALSE(memoryCache()->contains(resource1));
FakeResource* resource3 = FakeResource::create(
ResourceRequest("http://test/resource"), Resource::Raw);
memoryCache()->remove(resource2);
memoryCache()->add(resource3);
EXPECT_TRUE(memoryCache()->contains(resource3));
EXPECT_FALSE(memoryCache()->contains(resource2));
}
void WebCache::getUsageStats(UsageStats* result)
{
ASSERT(result);
MemoryCache* cache = memoryCache();
if (cache) {
result->minDeadCapacity = cache->minDeadCapacity();
result->maxDeadCapacity = cache->maxDeadCapacity();
result->capacity = cache->capacity();
result->liveSize = cache->liveSize();
result->deadSize = cache->deadSize();
} else
memset(result, 0, sizeof(UsageStats));
}
bool Resource::unlock()
{
if (!m_data)
return false;
if (!m_data->isLocked())
return true;
if (!memoryCache()->contains(this) || hasClients() || m_handleCount > 1 || !m_revalidatingRequest.isNull() || !m_loadFinishTime || !isSafeToUnlock())
return false;
m_data->unlock();
return true;
}
void WebProcess::terminate()
{
#ifndef NDEBUG
gcController().garbageCollectNow();
memoryCache()->setDisabled(true);
#endif
m_webConnection->invalidate();
m_webConnection = nullptr;
platformTerminate();
ChildProcess::terminate();
}
TEST(RawResourceTest, RevalidationSucceeded)
{
// Create two RawResources and set one to revalidate the other.
RawResource* oldResourcePointer = new RawResource(ResourceRequest("data:text/html,"), Resource::Raw);
RawResource* newResourcePointer = new RawResource(ResourceRequest("data:text/html,"), Resource::Raw);
newResourcePointer->setResourceToRevalidate(oldResourcePointer);
ResourcePtr<Resource> oldResource = oldResourcePointer;
ResourcePtr<Resource> newResource = newResourcePointer;
memoryCache()->add(oldResource.get());
memoryCache()->remove(oldResource.get());
memoryCache()->add(newResource.get());
// Simulate a successful revalidation.
// The revalidated resource (oldResource) should now be in the cache, newResource
// should have been sliently switched to point to the revalidated resource, and
// we shouldn't hit any ASSERTs.
ResourceResponse response;
response.setHTTPStatusCode(304);
newResource->responseReceived(response, nullptr);
EXPECT_EQ(memoryCache()->resourceForURL(KURL(ParsedURLString, "data:text/html,")), oldResource.get());
EXPECT_EQ(oldResource.get(), newResource.get());
EXPECT_NE(newResource.get(), newResourcePointer);
}
void SubresourceLoader::didFail(const ResourceError& error)
{
if (m_state != Initialized)
return;
ASSERT(!reachedTerminalState());
LOG(ResourceLoading, "Failed to load '%s'.\n", m_resource->url().string().latin1().data());
Ref<SubresourceLoader> protect(*this);
CachedResourceHandle<CachedResource> protectResource(m_resource);
m_state = Finishing;
m_activityAssertion.clear();
if (m_resource->resourceToRevalidate())
memoryCache()->revalidationFailed(m_resource);
m_resource->setResourceError(error);
if (!m_resource->isPreloaded())
memoryCache()->remove(m_resource);
m_resource->error(CachedResource::LoadError);
cleanupForError(error);
notifyDone();
if (reachedTerminalState())
return;
releaseResources();
}
void NetworkProcessConnection::didCacheResource(const ResourceRequest& request, const ShareableResource::Handle& handle)
{
CachedResource* resource = memoryCache()->resourceForRequest(request);
if (!resource)
return;
RefPtr<SharedBuffer> buffer = handle.tryWrapInSharedBuffer();
if (!buffer) {
LOG_ERROR("Unabled to create SharedBuffer from ShareableResource handle for resource url %s", request.url().string().utf8().data());
return;
}
resource->tryReplaceEncodedData(buffer.release());
}
void InspectorResourceAgent::replayXHR(ErrorString*, const String& requestId)
{
RefPtr<XMLHttpRequest> xhr = XMLHttpRequest::create(*m_pageAgent->mainFrame()->document());
String actualRequestId = requestId;
XHRReplayData* xhrReplayData = m_resourcesData->xhrReplayData(requestId);
if (!xhrReplayData)
return;
ResourceRequest request(xhrReplayData->url());
#if ENABLE(CACHE_PARTITIONING)
request.setCachePartition(m_pageAgent->mainFrame()->document()->topOrigin()->cachePartition());
#endif
CachedResource* cachedResource = memoryCache()->resourceForRequest(request, m_pageAgent->page()->sessionID());
if (cachedResource)
memoryCache()->remove(cachedResource);
xhr->open(xhrReplayData->method(), xhrReplayData->url(), xhrReplayData->async(), IGNORE_EXCEPTION);
for (const auto& header : xhrReplayData->headers())
xhr->setRequestHeader(header.key, header.value, IGNORE_EXCEPTION);
xhr->sendForInspectorXHRReplay(xhrReplayData->formData(), IGNORE_EXCEPTION);
}
virtual void SetUp()
{
ASSERT_TRUE(m_bitmap.allocN32Pixels(10, 10));
m_bitmap.eraseColor(0xFFFFFFFF);
ASSERT_TRUE(m_bitmap2.allocN32Pixels(5, 5));
m_bitmap2.eraseColor(0xAAAAAAAA);
// Save the global memory cache to restore it upon teardown.
m_globalMemoryCache = adoptPtr(memoryCache());
// Create the test memory cache instance and hook it in.
m_testingMemoryCache = adoptPtr(new MemoryCache());
setMemoryCacheForTesting(m_testingMemoryCache.leakPtr());
}