bool
initializeTestJit(TR_RuntimeHelper *helperIDs, void **helperAddresses, int32_t numHelpers, char *options)
{
// Create a bootstrap raw allocator.
//
TR::RawAllocator rawAllocator;
try
{
// Allocate the host environment structure
//
TR::Compiler = new (rawAllocator) TR::CompilerEnv(rawAllocator, TR::PersistentAllocatorKit(rawAllocator));
}
catch (const std::bad_alloc& ba)
{
return false;
}
TR::Compiler->initialize();
// --------------------------------------------------------------------------
static TestCompiler::FrontEnd fe;
auto jitConfig = fe.jitConfig();
initializeAllHelpers(jitConfig, helperIDs, helperAddresses, numHelpers);
if (commonJitInit(fe, options) < 0)
return false;
initializeCodeCache(fe.codeCacheManager());
return true;
}
bool
initializeTestJit(TR_RuntimeHelper *helperIDs, void **helperAddresses, int32_t numHelpers, char *options)
{
// Force enable tree verifier
std::string optionsWithVerifier = options;
if(optionsWithVerifier == "-Xjit")
optionsWithVerifier += ":paranoidOptCheck";
else
optionsWithVerifier += ",paranoidOptCheck";
// Create a bootstrap raw allocator.
//
TR::RawAllocator rawAllocator;
try
{
// Allocate the host environment structure
//
TR::Compiler = new (rawAllocator) TR::CompilerEnv(rawAllocator, TR::PersistentAllocatorKit(rawAllocator));
}
catch (const std::bad_alloc& ba)
{
return false;
}
TR::Compiler->initialize();
// --------------------------------------------------------------------------
static TestCompiler::FrontEnd fe;
auto jitConfig = fe.jitConfig();
initializeAllHelpers(jitConfig, helperIDs, helperAddresses, numHelpers);
if (commonJitInit(fe, const_cast<char *>(optionsWithVerifier.c_str())) < 0)
return false;
initializeCodeCache(fe.codeCacheManager());
return true;
}