2528     }

  2528     }

  2529   } while (!bailed_out() && !scope_data()->is_work_list_empty());

  2529   } while (!bailed_out() && !scope_data()->is_work_list_empty());

  2530 }

  2530 }

  2531 

  2531 

  2532 

  2532 

  2534 bool GraphBuilder::_can_trap      [Bytecodes::number_of_java_codes];

  2533 bool GraphBuilder::_can_trap      [Bytecodes::number_of_java_codes];

  2535 bool GraphBuilder::_is_async[Bytecodes::number_of_java_codes];

  2534 bool GraphBuilder::_is_async[Bytecodes::number_of_java_codes];

  2536 

  2535 

  2537 void GraphBuilder::initialize() {

  2536 void GraphBuilder::initialize() {

  2543   // the following bytecodes are assumed to potentially

  2537   // the following bytecodes are assumed to potentially

  2544   // throw exceptions in compiled code - note that e.g.

  2538   // throw exceptions in compiled code - note that e.g.

  2545   // monitorexit & the return bytecodes do not throw

  2539   // monitorexit & the return bytecodes do not throw

  2546   // exceptions since monitor pairing proved that they

  2540   // exceptions since monitor pairing proved that they

  2547   // succeed (if monitor pairing succeeded)

  2541   // succeed (if monitor pairing succeeded)

  2853   CHECK_BAILOUT();

  2847   CHECK_BAILOUT();

  2854 

  2848 

  2855   BlockList* bci2block = blm.bci2block();

  2849   BlockList* bci2block = blm.bci2block();

  2856   BlockBegin* start_block = bci2block->at(0);

  2850   BlockBegin* start_block = bci2block->at(0);

  2857 

  2851 

  2859   push_root_scope(scope, bci2block, start_block);

  2852   push_root_scope(scope, bci2block, start_block);

  2860 

  2853 

  2861   // setup state for std entry

  2854   // setup state for std entry

  2862   _initial_state = state_at_entry();

  2855   _initial_state = state_at_entry();

  2863   start_block->merge(_initial_state);

  2856   start_block->merge(_initial_state);