Akka.DistributedData.LightningDB 1.4.25

Replicated data using CRDT structures

Showing the top 20 packages that depend on Akka.DistributedData.LightningDB.

Packages Downloads
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
48
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster
48
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster
45
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
33
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
31
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
26
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
25
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
20
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster
20
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
16
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
15
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
14
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
13
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster
13
Akka.Cluster.Sharding
Sharded actors with managed lifecycle for Akka.NET cluster. Used to distribute state in a fault-tolerant, consistent fashion over an Akka.NET cluster.
12

Maintenance Release for Akka.NET 1.4** Akka.NET v1.4.25 includes some _significant_ performance improvements for Akka.Remote and a number of important bug fixes and improvements. Bug Fixes and Improvements** [Akka.IO.Tcp: connecting to an unreachable DnsEndpoint never times out](https://github.com/akkadotnet/akka.net/issues/5154) [Akka.Actor: need to enforce `stdout-loglevel = off` all the way through ActorSystem lifecycle](https://github.com/akkadotnet/akka.net/issues/5246) [Akka.Actor: `Ask` should push unhandled answers into deadletter](https://github.com/akkadotnet/akka.net/pull/5259) [Akka.Routing: Make Router.Route` virtual](https://github.com/akkadotnet/akka.net/pull/5238) [Akka.Actor: Improve performance on `IActorRef.Child` API](https://github.com/akkadotnet/akka.net/pull/5242) - _signficantly_ improves performance of many Akka.NET functions, but includes a public API change on `IActorRef` that is source compatible but not necessarily binary-compatible. `IActorRef GetChild(System.Collections.Generic.IEnumerable<string> name)` is now `IActorRef GetChild(System.Collections.Generic.IReadOnlyList<string> name)`. This API is almost never called directly by user code (it's almost always called via the internals of the `ActorSystem` when resolving `ActorSelection`s or remote messages) so this change should be safe. [Akka.Actor: `IsNobody` throws NRE](https://github.com/akkadotnet/akka.net/issues/5213) [Akka.Cluster.Tools: singleton fix cleanup of overdue _removed members](https://github.com/akkadotnet/akka.net/pull/5229) [Akka.DistributedData: ddata exclude `Exiting` members in Read/Write `MajorityPlus`](https://github.com/akkadotnet/akka.net/pull/5227) Performance Improvements** Using our standard `RemotePingPong` benchmark, the difference between v1.4.24 and v1.4.24 is significant: _v1.4.24_ ``` OSVersion: Microsoft Windows NT 6.2.9200.0 ProcessorCount: 16 ClockSpeed: 0 MHZ Actor Count: 32 Messages sent/received per client: 200000 (2e5) Is Server GC: True Thread count: 111 Num clients, Total [msg], Msgs/sec, Total [ms] 1, 200000, 96994, 2062.08 5, 1000000, 194818, 5133.93 10, 2000000, 198966, 10052.93 15, 3000000, 199455, 15041.56 20, 4000000, 198177, 20184.53 25, 5000000, 197613, 25302.80 30, 6000000, 197349, 30403.82 ``` _v1.4.25_ ``` OSVersion: Microsoft Windows NT 6.2.9200.0 ProcessorCount: 16 ClockSpeed: 0 MHZ Actor Count: 32 Messages sent/received per client: 200000 (2e5) Is Server GC: True Thread count: 111 Num clients, Total [msg], Msgs/sec, Total [ms] 1, 200000, 130634, 1531.54 5, 1000000, 246975, 4049.20 10, 2000000, 244499, 8180.16 15, 3000000, 244978, 12246.39 20, 4000000, 245159, 16316.37 25, 5000000, 243333, 20548.09 30, 6000000, 241644, 24830.55 ``` This represents a 24% overall throughput improvement in Akka.Remote across the board. We have additional PRs staged that should get aggregate performance improvements above 40% for Akka.Remote over v1.4.24 but they didn't make it into the Akka.NET v1.4.25 release. You can [see the full set of changes introduced in Akka.NET v1.4.25 here](https://github.com/akkadotnet/akka.net/milestone/56?closed=1) | COMMITS | LOC+ | LOC- | AUTHOR | | --- | --- | --- | --- | | 32 | 1301 | 400 | Aaron Stannard | | 4 | 358 | 184 | Andreas Dirnberger | | 3 | 414 | 149 | Gregorius Soedharmo | | 3 | 3 | 3 | dependabot[bot] | | 2 | 43 | 10 | zbynek001 | | 1 | 14 | 13 | tometchy | | 1 | 139 | 3 | carlcamilleri |

.NET Standard 2.0

Version Downloads Last updated
1.5.31 3 11/13/2024
1.5.30 5 10/06/2024
1.5.29 2 10/06/2024
1.5.28 2 10/06/2024
1.5.28-beta1 3 08/27/2024
1.5.27.1 4 07/26/2024
1.5.27 5 07/26/2024
1.5.27-beta2 3 07/05/2024
1.5.27-beta1 2 07/05/2024
1.5.26 16 06/27/2024
1.5.25 28 06/20/2024
1.5.24 6 06/07/2024
1.5.23 21 06/06/2024
1.5.22 8 06/06/2024
1.5.21 24 06/03/2024
1.5.20 8 04/30/2024
1.5.19 13 04/16/2024
1.5.18 14 03/17/2024
1.5.17.1 16 03/17/2024
1.5.17 16 03/17/2024
1.5.16 11 02/14/2024
1.5.15 9 02/14/2024
1.5.14 15 12/23/2023
1.5.13 24 09/25/2023
1.5.13-beta1 10 08/30/2023
1.5.12 10 08/26/2023
1.5.11 12 08/25/2023
1.5.10 13 08/27/2023
1.5.9 13 08/27/2023
1.5.8 9 08/26/2023
1.5.7 11 08/23/2023
1.5.6 10 08/27/2023
1.5.5 14 08/22/2023
1.5.4 11 08/24/2023
1.5.3 10 08/23/2023
1.5.2 11 08/23/2023
1.5.1 11 08/22/2023
1.5.0 12 08/27/2023
1.5.0-beta6 9 06/12/2023
1.5.0-beta5 13 06/12/2023
1.5.0-beta4 8 06/14/2023
1.5.0-beta3 16 05/15/2023
1.5.0-beta2 10 05/18/2023
1.5.0-beta1 12 06/12/2023
1.5.0-alpha4 10 06/13/2023
1.5.0-alpha3 13 02/15/2024
1.5.0-alpha2 12 06/13/2023
1.5.0-alpha1 9 06/14/2023
1.4.51 13 08/24/2023
1.4.50 12 08/21/2023
1.4.49 18 05/07/2023
1.4.49-beta1 11 08/23/2023
1.4.48 13 08/26/2023
1.4.47 12 08/26/2023
1.4.46 13 08/23/2023
1.4.45 13 08/24/2023
1.4.44 44 04/23/2023
1.4.43 15 08/23/2023
1.4.42 15 05/18/2023
1.4.41 15 08/21/2023
1.4.40 14 08/23/2023
1.4.39 15 08/23/2023
1.4.38 14 08/27/2023
1.4.37 18 08/27/2023
1.4.36 14 08/24/2023
1.4.35 12 08/26/2023
1.4.34 14 08/22/2023
1.4.33 13 08/24/2023
1.4.32 25 07/22/2023
1.4.31 37 04/27/2022
1.4.30 13 08/21/2023
1.4.29 11 08/27/2023
1.4.28 11 08/23/2023
1.4.27 10 08/27/2023
1.4.26 11 08/26/2023
1.4.25 20 08/17/2023
1.4.24 11 08/24/2023
1.4.23 14 11/19/2023
1.4.22 11 08/27/2023
1.4.21 12 06/29/2021
1.4.21-beta1 10 08/23/2023
1.4.20 14 08/25/2023
1.4.19 14 08/24/2023
1.4.18 14 08/25/2023
1.4.17 11 08/21/2023
1.4.16 13 08/23/2023
1.4.15 13 08/24/2023
1.4.14 15 08/25/2023
1.4.13 14 08/24/2023
1.4.12 12 08/21/2023
1.4.11 11 08/24/2023
1.4.10 12 08/27/2023
1.4.9 11 08/25/2023
1.4.8 12 08/24/2023
1.4.7 12 08/24/2023
1.4.6-beta 9 06/11/2023
1.4.5-beta 9 06/12/2023
1.4.4-beta 10 06/11/2023
1.4.3-beta 11 06/11/2023
1.4.2-beta 8 06/10/2023
1.4.1-rc3 8 06/13/2023
1.4.1-rc2 14 06/13/2023
1.4.1-rc1 8 05/18/2023
1.4.1-beta 38 03/31/2023
1.4.0-beta4 9 06/12/2023
1.4.0-beta3 7 06/14/2023
1.4.0-beta2 12 06/12/2023
1.4.0-beta1 46 05/18/2023
1.4.0-beta 9 06/12/2023
1.3.19-beta 21 05/04/2024
1.3.18-beta 54 04/23/2023
1.3.17-beta 9 06/12/2023
1.3.16-beta 11 06/13/2023
1.3.15-beta 11 06/12/2023
1.3.14-beta 10 06/13/2023
1.3.13-beta 9 06/12/2023
1.3.12-beta 11 06/13/2023
1.3.11-beta 9 06/12/2023
1.3.10-beta 8 06/13/2023
1.3.9-beta68 11 05/18/2023
1.3.9-beta67 8 08/22/2023
1.3.9-beta 10 06/11/2023
1.3.8-beta66 8 05/18/2023
1.3.8-beta65 9 05/18/2023
1.3.7-beta64 23 08/17/2023
1.3.7-beta63 18 05/15/2023
1.3.6-beta62 10 08/23/2023
1.3.6-beta61 8 08/24/2023
1.3.5-beta60 9 08/23/2023
1.3.5-beta59 9 08/24/2023
1.3.4-beta58 11 08/23/2023
1.3.4-beta57 12 05/15/2023
1.3.3-beta56 14 08/23/2023
1.3.3-beta55 12 08/23/2023
1.3.2-beta54 9 08/21/2023
1.3.2-beta53 11 08/24/2023
1.3.2-beta 11 06/11/2023
1.3.1-beta52 8 08/23/2023
1.3.1-beta51 10 08/26/2023
1.3.0-beta50 10 08/21/2023
1.3.0-beta48 11 08/26/2023
1.3.0-beta47 8 08/23/2023
1.3.0-beta46 9 08/22/2023
1.2.3.43-beta 10 08/25/2023
1.2.3.41-beta 11 08/21/2023
1.2.2.40-beta 20 04/21/2023
1.2.2.39-beta 10 08/24/2023
1.2.1.38-beta 9 02/15/2024
1.2.1.37-beta 8 08/23/2023
1.2.0.36-beta 8 05/18/2023
1.2.0.35-beta 9 01/12/2024