Lines Matching defs:group
26 // An allocation group represents a set of allocations that have been folded
241 state->group()->allocation() == allocation_type) {
242 // We can fold this Allocate {node} into the allocation {group}
248 AllocationGroup* const group = state->group();
250 if (OpParameter<int64_t>(group->size()->op()) < state_size) {
251 NodeProperties::ChangeOp(group->size(),
255 if (OpParameter<int32_t>(group->size()->op()) < state_size) {
257 group->size(),
275 // Extend the allocation {group}.
276 group->Add(value);
278 AllocationState::Open(group, state_size, top, effect, zone());
284 // additional allocations into this new group.
323 // Start a new allocation group.
324 AllocationGroup* group = zone()->New<AllocationGroup>(
327 AllocationState::Open(group, object_size, top, effect, zone());
366 // Create an unfoldable allocation group.
367 AllocationGroup* group =
369 *state_ptr = AllocationState::Closed(group, effect, zone());
641 state->group()->Contains(object)) {
702 MemoryLowering::AllocationState::AllocationState(AllocationGroup* group,
704 : group_(group),
709 MemoryLowering::AllocationState::AllocationState(AllocationGroup* group,
712 : group_(group), size_(size), top_(top), effect_(effect) {}
715 return group() && group()->IsYoungGenerationAllocation();