style

Author: roberttoyonaga

substratevm/src/com.oracle.svm.core.genscavenge/src/com/oracle/svm/core/genscavenge/HeapChunkProvider.java

@@ -251,7 +251,6 @@ UnalignedHeader produceUnalignedChunk(UnsignedWord objectSize) {
         NativeMemoryTracking.singleton().trackReserve(chunkSize.rawValue(), NmtCategory.JavaHeap);
         NativeMemoryTracking.singleton().trackCommit(chunkSize.rawValue(), NmtCategory.JavaHeap);
 
-
         UnalignedHeapChunk.initialize(result, chunkSize);
         assert objectSize.belowOrEqual(HeapChunk.availableObjectMemory(result)) : "UnalignedHeapChunk insufficient for requested object";
 

substratevm/src/com.oracle.svm.core.genscavenge/src/com/oracle/svm/core/genscavenge/HeapImpl.java

@@ -482,15 +482,16 @@ public long getImageHeapSize() {
         ImageHeapSizeVisitor visitor = new ImageHeapSizeVisitor();
         if (imageHeapSize == -1) {
             for (ImageHeapInfo info = firstImageHeapInfo; info != null; info = info.next) {
-                ImageHeapWalker.walkRegions(info,visitor);
+                ImageHeapWalker.walkRegions(info, visitor);
             }
             imageHeapSize = visitor.size;
         }
         return imageHeapSize;
     }
 
     private static class ImageHeapSizeVisitor implements MemoryWalker.ImageHeapRegionVisitor, ObjectVisitor {
-       long size;
+        long size;
+
         @Override
         public <T> boolean visitNativeImageHeapRegion(T region, MemoryWalker.NativeImageHeapRegionAccess<T> access) {
             if (!access.isWritable(region) && !access.consistsOfHugeObjects(region)) {

substratevm/src/com.oracle.svm.core/src/com/oracle/svm/core/jfr/events/EveryChunkNativePeriodicEvents.java

@@ -126,7 +126,8 @@ private static void emitNmtPeakEvents() {
 
         long totalPeakMalloc = NativeMemoryTracking.singleton().getPeakTotalMallocMemory();
         long totalPeakCommitted = NativeMemoryTracking.singleton().getPeakTotalCommittedVirtualMemory();
-        long totalPeakReserved  = NativeMemoryTracking.singleton().getPeakTotalReservedVirtualMemory();;
+        long totalPeakReserved = NativeMemoryTracking.singleton().getPeakTotalReservedVirtualMemory();
+        ;
         nmtTotalPeakEvent.peakCommitted = totalPeakCommitted + totalPeakMalloc;
         nmtTotalPeakEvent.peakReserved = totalPeakReserved + totalPeakMalloc;
         nmtTotalPeakEvent.countAtPeak = NativeMemoryTracking.singleton().getCountAtPeakTotalMallocMemory();

substratevm/src/com.oracle.svm.core/src/com/oracle/svm/core/nmt/NativeMemoryTracking.java

@@ -57,9 +57,9 @@
  *
  * Virtual memory tracking makes the assumption that commits within a reserved region happen neatly.
  * There will never be overlapping commits and the size requested to be committed/uncommitted is
- * exactly the size committed/uncommitted. In Hotspot, this assumption is not made, and an internal model
- * of virtual memory is maintained. However, this assumption currently works in SubstrateVM because only
- * the heap uses virtual memory, and it always neatly allocates and deallocates chunks.
+ * exactly the size committed/uncommitted. In Hotspot, this assumption is not made, and an internal
+ * model of virtual memory is maintained. However, this assumption currently works in SubstrateVM
+ * because only the heap uses virtual memory, and it always neatly allocates and deallocates chunks.
  */
 public class NativeMemoryTracking {
     private static final UnsignedWord ALIGNMENT = WordFactory.unsigned(16);
@@ -314,6 +314,7 @@ private void printStatistics() {
             System.out.println(generateReportString());
         }
     }
+
     public String generateReportString() {
 
         StringBuilder stringBuilder = new StringBuilder(3000);
@@ -328,9 +329,9 @@ public String generateReportString() {
         stringBuilder.append("\t").append("(malloc=").append(getTotalMallocMemory() / KB).append("KB, count=").append(getTotalMallocCount()).append(")").append("\n");
         stringBuilder.append("\t").append("(peak malloc=").append(getPeakTotalMallocMemory() / KB).append("KB, count at peak=").append(getCountAtPeakTotalMallocMemory()).append(")").append("\n");
         stringBuilder.append("\t").append("(mmap: reserved=").append(getTotalReservedVirtualMemory() / KB).append("KB, committed=").append(getTotalCommittedVirtualMemory() / KB).append("KB)")
-                .append("\n");
+                        .append("\n");
         stringBuilder.append("\t").append("(mmap: peak reserved=").append(getPeakTotalReservedVirtualMemory() / KB).append("KB, peak committed=").append(getPeakTotalCommittedVirtualMemory() / KB)
-                .append("KB)").append("\n");
+                        .append("KB)").append("\n");
 
         for (int i = 0; i < NmtCategory.values().length; i++) {
             NmtCategory category = NmtCategory.values()[i];
@@ -340,11 +341,11 @@ public String generateReportString() {
             stringBuilder.append("\t").append("(reserved=").append(reserved).append("KB, committed=").append(committed).append("KB)").append("\n");
             stringBuilder.append("\t").append("(malloc=").append(getMallocMemory(category) / KB).append("KB, count=").append(getMallocCount(category)).append(")").append("\n");
             stringBuilder.append("\t").append("(peak malloc=").append(getPeakMallocMemory(category) / KB).append("KB, count at peak=").append(getCountAtPeakMallocMemory(category)).append(")")
-                    .append("\n");
+                            .append("\n");
             stringBuilder.append("\t").append("(mmap: reserved=").append(getReservedVirtualMemory(category) / KB).append("KB, committed=").append(getCommittedVirtualMemory(category) / KB)
-                    .append("KB)").append("\n");
+                            .append("KB)").append("\n");
             stringBuilder.append("\t").append("(mmap: peak reserved=").append(getPeakReservedVirtualMemory(category) / KB).append("KB, peak committed=")
-                    .append(getPeakCommittedVirtualMemory(category) / KB).append("KB)").append("\n");
+                            .append(getPeakCommittedVirtualMemory(category) / KB).append("KB)").append("\n");
         }
         return stringBuilder.toString();
     }