src/share/vm/utilities/vmError.cpp

*** 276,285 ****
--- 276,287 ----
          st->print_cr("#   JVM is running with Zero Based Compressed Oops mode in which the Java heap is");
          st->print_cr("#     placed in the first 32GB address space. The Java Heap base address is the");
          st->print_cr("#     maximum limit for the native heap growth. Please use -XX:HeapBaseMinAddress");
          st->print_cr("#     to set the Java Heap base and to place the Java Heap above 32GB virtual address.");
          break;
+       default:
+         break;
      }
    }
    st->print_cr("# This output file may be truncated or incomplete.");
  }
  
*** 1311,1326 ****
        if (_step_did_timeout) {
          // The current step had a timeout. Lets continue reporting with the next step.
          st->print_raw("[timeout occurred during error reporting in step \"");
          st->print_raw(_current_step_info);
          st->print_cr("\"] after " INT64_FORMAT " s.",
!           (get_current_timestamp() - _step_start_time) / TIMESTAMP_TO_SECONDS_FACTOR);
        } else if (_reporting_did_timeout) {
          // We hit ErrorLogTimeout. Reporting will stop altogether. Let's wrap things
          // up, the process is about to be stopped by the WatcherThread.
          st->print_cr("------ Timeout during error reporting after " INT64_FORMAT " s. ------",
!           (get_current_timestamp() - _reporting_start_time) / TIMESTAMP_TO_SECONDS_FACTOR);
          st->flush();
          // Watcherthread is about to call os::die. Lets just wait.
          os::infinite_sleep();
        } else {
          // Crash or assert during error reporting. Lets continue reporting with the next step.
--- 1313,1330 ----
        if (_step_did_timeout) {
          // The current step had a timeout. Lets continue reporting with the next step.
          st->print_raw("[timeout occurred during error reporting in step \"");
          st->print_raw(_current_step_info);
          st->print_cr("\"] after " INT64_FORMAT " s.",
!                      (int64_t)
!                      ((get_current_timestamp() - _step_start_time) / TIMESTAMP_TO_SECONDS_FACTOR));
        } else if (_reporting_did_timeout) {
          // We hit ErrorLogTimeout. Reporting will stop altogether. Let's wrap things
          // up, the process is about to be stopped by the WatcherThread.
          st->print_cr("------ Timeout during error reporting after " INT64_FORMAT " s. ------",
!                      (int64_t)
!                      ((get_current_timestamp() - _reporting_start_time) / TIMESTAMP_TO_SECONDS_FACTOR));
          st->flush();
          // Watcherthread is about to call os::die. Lets just wait.
          os::infinite_sleep();
        } else {
          // Crash or assert during error reporting. Lets continue reporting with the next step.