setupHandlerBBs(VM_ExceptionHandlerMap exceptions, short b2BBMap[], VM_BasicBlock basicBlocks[]) {  int[] tryHandlerPC = exceptions.getHandlerPC(); int tryLength = tryHandlerPC.length; VM_BasicBlock handlerBB;  for (int i=0; i<tryLength; i++) { if (b2BBMap[tryHandlerPC[i]] == VM_BasicBlock.NOTBLOCK) { handlerBB = new VM_BasicBlock(tryHandlerPC[i]); handlerBB.setState(VM_BasicBlock.TRYHANDLERSTART); basicBlocks = addBasicBlock(handlerBB, basicBlocks); b2BBMap[tryHandlerPC[i]] = (short)handlerBB.getBlockNumber(); } } return basicBlocks;
private void setupHandlerBBs(VM_ExceptionHandlerMap exceptions) { int[] tryHandlerPC = exceptions.getHandlerPC(); int tryLength = tryHandlerPC.length; for (int i=0; i<tryLength; i++) { if (byteToBlockMap[tryHandlerPC[i]] == VM_BasicBlock.NOTBLOCK) { VM_BasicBlock handlerBB = new VM_BasicBlock(tryHandlerPC[i]); handlerBB.setState(VM_BasicBlock.TRYHANDLERSTART); addBasicBlock(handlerBB); byteToBlockMap[tryHandlerPC[i]] = (short)handlerBB.getBlockNumber(); } }
  setupHandlerBBs(VM_ExceptionHandlerMap exceptions, short b2BBMap[],                   VM_BasicBlock basicBlocks[]) {   int[] tryHandlerPC = exceptions.getHandlerPC();   int tryLength = tryHandlerPC.length;   VM_BasicBlock handlerBB;   for (int i=0; i<tryLength; i++) {     if (b2BBMap[tryHandlerPC[i]] == VM_BasicBlock.NOTBLOCK) {       handlerBB = new VM_BasicBlock(tryHandlerPC[i]);       handlerBB.setState(VM_BasicBlock.TRYHANDLERSTART);       basicBlocks = addBasicBlock(handlerBB, basicBlocks);        b2BBMap[tryHandlerPC[i]] = (short)handlerBB.getBlockNumber();     }   }   return basicBlocks;  }