nothing end 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but

nothing end 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but

nothing end 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but

nothing end 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but

nothing end 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but

nothing end 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but

nothing end 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but

nothing end 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but

MULTI-THREADING 309 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but

nothing end 3. A related third strategy is to use a yield-free queue. We don't currently have a lock-free queue imple- mented in Base, but Base.IntrusiveLinkedListSynchronized{T} is suitable. This can Each memory page from the pool allocator is paired with some page metadata stored on per- thread lock-free lists. The page metadata contains information such as whether the page has live objects at all metadata for allocated pages are stored on per-thread lock-free lists. Metadata for free pages, however, may be stored into three separate lock-free lists depending on whether the page has been mapped but