the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been files. If so, the file can be reclaimed and re-used. Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files

the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been files. If so, the file can be reclaimed and re-used. Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files

the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been files. If so, the file can be reclaimed and re-used. Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files

the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been file can be reclaimed and re-used. Persistence 99 Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files

the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been file can be reclaimed and re-used. Persistence 78 Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files

the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been file can be reclaimed and re-used. Persistence 78 Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files

the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been file can be reclaimed and re-used. Persistence 78 Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files

the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in records are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been If so, the file can be reclaimed and re-used. Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files

the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in records are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been files. If so, the file can be reclaimed and re-used. Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files

the garbage collection policy and heap size. We recommend using a parallel garbage collection algorithm to smooth out latency and minimise large GC pauses. By default Apache ActiveMQ Artemis runs in are added to the journal, Apache ActiveMQ Artemis has a sophisticated file garbage collection algorithm which can determine if a particular journal file is needed any more - i.e. has all its data been file can be reclaimed and re-used. Persistence 99 Apache ActiveMQ Artemis also has a compaction algorithm which removes dead space from the journal and compresses up the data so it takes up less files