void dvmHeapFinishMarkStep()
{
HeapBitmap *markBitmap;
HeapBitmap objectBitmap;
GcMarkContext *markContext;
markContext = &gDvm.gcHeap->markContext;
/* The sweep step freed every object that appeared in the
* HeapSource bitmaps that didn't appear in the mark bitmaps.
* The new state of the HeapSource is exactly the final
* mark bitmaps, so swap them in.
*
* The old bitmaps will be swapped into the context so that
* we can clean them up.
*/
dvmHeapSourceReplaceObjectBitmaps(markContext->bitmaps,
markContext->numBitmaps);
/* Clean up the old HeapSource bitmaps and anything else associated
* with the marking process.
*/
dvmHeapBitmapDeleteList(markContext->bitmaps, markContext->numBitmaps);
destroyMarkStack(&markContext->stack);
memset(markContext, 0, sizeof(*markContext));
}
/*
* Initialize the bitmaps in <out> so that they cover the same extent as
* the corresponding bitmaps in <templates>.
*/
bool
dvmHeapBitmapInitListFromTemplates(HeapBitmap out[], HeapBitmap templates[],
size_t numBitmaps, const char *name)
{
size_t i;
char fullName[PATH_MAX];
fullName[sizeof(fullName)-1] = '\0';
for (i = 0; i < numBitmaps; i++) {
bool ok;
/* If two ashmem regions have the same name, only one gets
* the name when looking at the maps.
*/
snprintf(fullName, sizeof(fullName)-1, "%s/%zd", name, i);
ok = dvmHeapBitmapInitFromTemplate(&out[i], &templates[i], fullName);
if (!ok) {
dvmHeapBitmapDeleteList(out, i);
return false;
}
}
return true;
}
