[改进后的中文总结内容]

在本次Crimson Seastar/OSD会议中，讨论了Ceph分布式存储系统的开发进展及未来方向。以下为会议关键内容：

Ceph存储功能开发：

  • 成员讨论了高通过滤支持的开发进展，并推送了工作分支到GitHub。
  • 讨论了内存存储和对象存储的复制功能优化，以及对内存存储的优化。
  • 讨论了OSD初始化函数的改进，以及如何将初始化代码从reactor中移除。
  • 讨论了多进程部署模型对OSD映射缓存的影响。
  • 讨论了RBD（Rados Block Device）的性能测试和优化。
  • 讨论了Crimson存储功能开发，包括内存存储的重新实现和对象存储的优化。
  • 讨论了AES加密算法在Ceph中的应用。

Ceph性能优化：

  • 讨论了Crimson存储功能的性能测试和优化。
  • 讨论了多进程部署模型对性能的影响。
  • 讨论了RBD的性能测试和优化。

Ceph代码开发：

  • 讨论了Crimson存储功能的代码开发，包括内存存储的重新实现和对象存储的优化。
  • 讨论了RBD的代码开发，包括性能测试和优化。
  • 讨论了OSD初始化函数的代码开发。

讨论的主要议题：

  • 优化内存存储和对象存储的性能。
  • 改进OSD初始化函数。
  • 实现多进程部署模型。
  • 优化RBD的性能。
  • 实现Crimson存储功能。

决定的事项：

  • 将工作分支推送到GitHub供他人查看。
  • 继续优化Crimson存储功能的性能。
  • 优化RBD的性能。
  • 实现Crimson存储功能。
  • 实现AES加密算法在Ceph中的应用。

后续行动计划：

  • 成员将继续优化Crimson存储功能的性能。
  • 成员将继续优化RBD的性能。
  • 成员将继续实现Crimson存储功能。
  • 成员将继续实现AES加密算法在Ceph中的应用。
  • 成员将继续改进Ceph的代码质量。

[改进后的英文 Summary]

The Crimson Seastar/OSD meeting focused on the development progress and future direction of the Ceph distributed storage system. Here are the key points of the meeting:

Ceph Storage Function Development:

  • Members discussed the progress of high pass support development and pushed the working branch to GitHub.
  • They discussed the optimization of the replication features in memory and object storage, as well as the optimization of memory storage.
  • They discussed improvements to the OSD initialization function, including removing initialization code from the reactor.
  • They discussed the impact of the multi-process deployment model on the OSD map cache.
  • They discussed the performance testing and optimization of RBD (Rados Block Device).
  • They discussed the development of Crimson storage features, including the reimplementation of memory storage and optimization of object storage.
  • They discussed the application of the AES encryption algorithm in Ceph.

Ceph Performance Optimization:

  • They discussed the performance testing and optimization of Crimson storage features.
  • They discussed the impact of the multi-process deployment model on performance.
  • They discussed the performance testing and optimization of RBD.

Ceph Code Development:

  • They discussed the code development of Crimson storage features, including the reimplementation of memory storage and optimization of object storage.
  • They discussed the code development of RBD, including performance testing and optimization.
  • They discussed the code development of the OSD initialization function.

Main Discussion Points:

  • Optimizing the performance of memory and object storage.
  • Improving the OSD initialization function.
  • Implementing the multi-process deployment model.
  • Optimizing the performance of RBD.
  • Implementing the Crimson storage feature.

Decisions Made:

  • Pushing the working branch to GitHub for others to view.
  • Continuing to optimize the performance of Crimson storage features.
  • Optimizing the performance of RBD.
  • Implementing the Crimson storage feature.
  • Implementing the AES encryption algorithm in Ceph.

Future Action Plan:

  • Members will continue to optimize the performance of Crimson storage features.
  • Members will continue to optimize the performance of RBD.
  • Members will continue to implement the Crimson storage feature.
  • Members will continue to implement the AES encryption algorithm in Ceph.
  • Members will continue to improve the code quality of Ceph.