src/jdk.internal.vm.compiler/share/classes/org.graalvm.compiler.hotspot/src/org/graalvm/compiler/hotspot/phases/aot/EliminateRedundantInitializationPhase.java

*** 140,158 ****
          for (Entry<Block, ArrayList<Node>> e : blockToInits.entrySet()) {
              Block currentBlock = e.getKey();
              ArrayList<Node> nodesInCurrent = e.getValue();
              if (nodesInCurrent != null) { // if the list is null, the initializer has already been
                                            // eliminated.
!                 for (Block d : currentBlock.getDominated()) {
                      ArrayList<Node> nodesInDominated = blockToInits.get(d);
                      if (nodesInDominated != null) { // if the list is null, the initializer has
                                                      // already been eliminated.
                          assert nodesInDominated.size() == 1;
                          Node n = nodesInDominated.iterator().next();
                          result.add(n);
                          blockToInits.put(d, null);
                      }
                  }
              }
          }
          return result;
      }
--- 140,160 ----
          for (Entry<Block, ArrayList<Node>> e : blockToInits.entrySet()) {
              Block currentBlock = e.getKey();
              ArrayList<Node> nodesInCurrent = e.getValue();
              if (nodesInCurrent != null) { // if the list is null, the initializer has already been
                                            // eliminated.
!                 Block d = currentBlock.getFirstDominated();
!                 while (d != null) {
                      ArrayList<Node> nodesInDominated = blockToInits.get(d);
                      if (nodesInDominated != null) { // if the list is null, the initializer has
                                                      // already been eliminated.
                          assert nodesInDominated.size() == 1;
                          Node n = nodesInDominated.iterator().next();
                          result.add(n);
                          blockToInits.put(d, null);
                      }
+                     d = d.getDominatedSibling();
                  }
              }
          }
          return result;
      }