############################
# Chromium

{
  bug_23245, bug_25385 (1)
  ThreadSanitizer:Race
  fun:*base*Thread*ThreadMain*
}

{
  bug_23423
  ThreadSanitizer:Race
  fun:*IPC*SyncMessageC*E*
}

{
  bug_23433
  ThreadSanitizer:Race
  fun:*logging*SetMinLogLevel*
}

{
  bug_24419
  ThreadSanitizer:Race
  fun:*BrowserProcessImpl*nspector*iles*
}

{
  bug_25385 (2)
  ThreadSanitizer:Race
  ...
  fun:*base*ThreadD*E*
}

{
  bug_25385 (3)
  ThreadSanitizer:Race
  ...
  fun:*WebKitThread*InternalWebKitThreadD*E*
}


{
  bug_25915
  ThreadSanitizer:Race
  fun:*browser_sync*BookmarkModelWorker*
}

{
  bug_32892
  ThreadSanitizer:Race
  fun:*browser_sync*UIModelWorker*DoWorkAndWaitUntilDone*
  fun:*Syncer*SyncShare*
}

{
  bug_37408a
  ThreadSanitizer:Race
  fun:*browser_sync*Syncer*ExitRequested*
  fun:*browser_sync*Syncer*SyncShare*
}

{
  bug_37408b
  ThreadSanitizer:Race
  fun:*browser_sync*Syncer*RequestEarlyExit*
  fun:*browser_sync*SyncerThread*Stop*
}

{
  bug_37496
  ThreadSanitizer:Race
  ...
  fun:*browser_sync*SyncShareIntercept*Observe*
}

# The race happens during enumeration of ChromeThreads.
# For each ChromeThread we check whether its message_loop()
# equals MessageLoop::current().
# The race can happen if one of the ChromeThreads is exiting.
# This is benign since current thread can't exit while we
# execute GetCurrentThreadIdentifier() and other message_loops
# won't match the current one anyway.
{
  Benign race under ChromeThread::GetCurrentThreadIdentifier
  ThreadSanitizer:Race
  fun:*base*Thread*message_loop*
  fun:*ChromeThread*GetCurrentThreadIdentifier*
}

############################
# Real races in third_party
{
  bug_23244 (libevent)
  ThreadSanitizer:Race
  fun:event_*
  fun:event_*
}

{
  bug_28396 (libevent) (1)
  ThreadSanitizer:Race
  fun:detect_monotonic
  fun:event_base_new
}

{
  bug_28396 (libevent) (2)
  ThreadSanitizer:Race
  fun:gettime
  fun:event_base_loop
}

{
  bug_25913 (libjingle) (1)
  ThreadSanitizer:Race
  fun:*talk_base*MessageQueue*Stop*
}

{
  bug_25913 (libjingle) (2)
  ThreadSanitizer:Race
  fun:*talk_base*MessageQueue*Get*
}

{
  bug_25913 (libjingle) (3)
  ThreadSanitizer:Race
  fun:*talk_base*MessageQueue*Quit*
}

{
  bug_28765 (tcmalloc)
  ThreadSanitizer:Race
  ...
  fun:*tcmalloc*ThreadCache*DeleteCache*
}

############################
# Data races in tests

{
  bug_30582
  ThreadSanitizer:Race
  fun:*LongCallbackD*
  fun:*WorkerThreadTickerTest_LongCallback_Test*TestBody*
}

# TODO(timurrrr): bug item
{
  Data race on bool in AssertReporter [test-only]
  ThreadSanitizer:Race
  ...
  fun:*AssertReporter*warn*
}

# TODO(timurrrr): bug item
{
  Data race on WatchdogCounter [test-only]
  ThreadSanitizer:Race
  ...
  fun:*WatchdogCounter*larm*
}

# TODO(timurrrr): bug item
{
  Data race on counter in WorkQueue [test-only]
  ThreadSanitizer:Race
  ...
  fun:*WorkQueue*
}

# TODO(timurrrr): bug item
{
  Data race on vfptr in base/watchdog_unittest
  ThreadSanitizer:Race
  ...
  fun:*WatchdogTest_*arm*Test_Test*TestBody*
}

# TODO(timurrrr): bug item
{
  Data race on vfptr in base/thread_unittest
  ThreadSanitizer:Race
  ...
  fun:*ThreadTest_SleepInsideInit*TestBody*
}

# TODO(timurrrr): bug item
{
  Data race on bool in chrome/browser/net/url_fetcher_unittest (1)
  ThreadSanitizer:Race
  fun:*URLFetcherCancelTest*TestContextReleased*
}
{
  Data race on bool in chrome/browser/net/url_fetcher_unittest (2)
  ThreadSanitizer:Race
  fun:*CancelTestURLRequestContext*CancelTestURLRequestContext*
}

{
   ThreadSanitizer sanity test (ToolsSanityTest.DataRace).
   ThreadSanitizer:Race
   fun:*TOOLS_SANITY_TEST_CONCURRENT_THREAD*ThreadMain*
}

############################
# Benign races in ICU
{
  Two writes, same value (ICU gGlobalMutex, gMutexesInUse)
  ThreadSanitizer:Race
  ...
  fun:umtx_init_4_2
}

{
  Two writes, same value (ICU gHeapInUse)
  ThreadSanitizer:Race
  fun:uprv_malloc_4_2
}

# Reading a pointer to a mutex being initialized in a concurrent thread.
{
  A benign race in umtx_lock_4_2
  ThreadSanitizer:Race
  fun:umtx_lock_4_2
}

############################
# Benign race in SQLLite
{
  Two writes, same value (SQLLite pthreadMutexAlloc)
  ThreadSanitizer:Race
  ...
  fun:pthreadMutexAlloc
  fun:sqlite3MutexAlloc
}

############################
# Benign races in libc

# A benign race inside the implementation of internal libc mutex
{
  Benign races in __lll_*lock_*_private
  ThreadSanitizer:Race
  fun:__lll_*lock_*_private
}

# Benign race below thread-safe time-conversion functions
{
  fun:__tz*
  ThreadSanitizer:Race
  fun:__tz*
}

# Benign race below thread-safe time-conversion functions
{
  fun:tzset*
  ThreadSanitizer:Race
  ...
  fun:tzset*
}

# Benign race in thread-safe function
{
  fun:mkstemp*
  ThreadSanitizer:Race
  ...
  fun:mkstemp*
}

# We already ignore memory accesses inside ld
# but we also need to ignore accesses below it.
{
  fun:_dl_close
  ThreadSanitizer:Race
  ...
  fun:_dl_close
}

# fprintf is thread-safe. The benign races happen on the internal lock.
{
  Benign races below fprintf
  ThreadSanitizer:Race
  ...
  fun:buffered_vfprintf
  ...
  fun:fprintf
}

# gethostbyname2_r is thread-safe, however ThreadSanitizer reports races inside it and
# (sometimes) in __nss_* functions below it.
# This may be related to
# https://bugs.launchpad.net/ubuntu/+source/glibc/+bug/59449
{
  Race reports below thread-safe gethostbyname2_r
  ThreadSanitizer:Race
  ...
  fun:gethostbyname2_r*
}

{
  Benign race in nss (PR_EnterMonitor)
  ThreadSanitizer:Race
  fun:PR_EnterMonitor
}