void initializeWithoutV8(Platform* platform)
{
ASSERT(!s_webKitInitialized);
s_webKitInitialized = true;
ASSERT(platform);
//Platform::initialize(platform); // weolar:因为Platform::initialize需要创建mainthread，所以等初始化好了main thread再调用，放到后面去。
WTF::setRandomSource(cryptographicallyRandomValues);
WTF::initialize(currentTimeFunction, monotonicallyIncreasingTimeFunction, systemTraceTimeFunction, histogramEnumerationFunction, adjustAmountOfExternalAllocatedMemory);
WTF::initializeMainThread(callOnMainThreadFunction);
Platform::initialize(platform);
Heap::init();
ThreadState::attachMainThread();
// currentThread() is null if we are running on a thread without a message loop.
if (WebThread* currentThread = platform->currentThread()) {
ASSERT(!s_pendingGCRunner);
s_pendingGCRunner = new PendingGCRunner;
currentThread->addTaskObserver(s_pendingGCRunner);
ASSERT(!s_messageLoopInterruptor);
s_messageLoopInterruptor = new MessageLoopInterruptor(currentThread);
ThreadState::current()->addInterruptor(s_messageLoopInterruptor);
}
DEFINE_STATIC_LOCAL(ModulesInitializer, initializer, ());
initializer.init();
#ifdef MINIBLINK_NOT_IMPLEMENTED
setIndexedDBClientCreateFunction(IndexedDBClientImpl::create);
#endif // MINIBLINK_NOT_IMPLEMENTED
MediaPlayer::setMediaEngineCreateFunction(WebMediaPlayerClientImpl::create);
}
void initializeWithoutV8(Platform* platform)
{
ASSERT(!s_webKitInitialized);
s_webKitInitialized = true;
ASSERT(platform);
Platform::initialize(platform);
WTF::setRandomSource(cryptographicallyRandomValues);
WTF::initialize(currentTimeFunction, monotonicallyIncreasingTimeFunction);
WTF::initializeMainThread(callOnMainThreadFunction);
Heap::init();
ThreadState::attachMainThread();
// currentThread will always be non-null in production, but can be null in Chromium unit tests.
if (WebThread* currentThread = platform->currentThread()) {
ASSERT(!s_pendingGCRunner);
s_pendingGCRunner = new PendingGCRunner;
currentThread->addTaskObserver(s_pendingGCRunner);
ASSERT(!s_messageLoopInterruptor);
s_messageLoopInterruptor = new MessageLoopInterruptor(currentThread);
ThreadState::current()->addInterruptor(s_messageLoopInterruptor);
}
DEFINE_STATIC_LOCAL(ModulesInitializer, initializer, ());
initializer.init();
// There are some code paths (for example, running WebKit in the browser
// process and calling into LocalStorage before anything else) where the
// UTF8 string encoding tables are used on a background thread before
// they're set up. This is a problem because their set up routines assert
// they're running on the main WebKitThread. It might be possible to make
// the initialization thread-safe, but given that so many code paths use
// this, initializing this lazily probably doesn't buy us much.
WTF::UTF8Encoding();
setIndexedDBClientCreateFunction(IndexedDBClientImpl::create);
MediaPlayer::setMediaEngineCreateFunction(WebMediaPlayerClientImpl::create);
}
void initializeWithoutV8(Platform* platform)
{
ASSERT(!s_webKitInitialized);
s_webKitInitialized = true;
ASSERT(platform);
Platform::initialize(platform);
WTF::initialize(currentTimeFunction, monotonicallyIncreasingTimeFunction, histogramEnumerationFunction, adjustAmountOfExternalAllocatedMemory);
WTF::initializeMainThread(callOnMainThreadFunction);
Heap::init();
ThreadState::attachMainThread();
// currentThread() is null if we are running on a thread without a message loop.
if (WebThread* currentThread = platform->currentThread()) {
ASSERT(!s_gcTaskRunner);
s_gcTaskRunner = new GCTaskRunner(currentThread);
}
DEFINE_STATIC_LOCAL(ModulesInitializer, initializer, ());
initializer.init();
setIndexedDBClientCreateFunction(IndexedDBClientImpl::create);
}
