内容简介：Following the post about
Following the post about what happened in KDE PIM in November and December by Volker, let’s look into what the KDE PIM community has been up to in the first two months of the new year. In total 23 contributors have made 740 changes.
KMail
- A warning is shown when message composer is opened by clicking on a URL that asks for a file to be attached
- DKIM validation support is enabled by default now
- The email can now be easily exported to PDF
- Improved support for rendering markdown in emails
- “Important email” icon is now used consistently in KMail
- Fixed “Move Message to Folder” dialog not accepting certain characters ( #415850 )
- Fixed large emails not being displayed ( #387061 )
- Fixed attachments being lost when message is saved as draft ( #416369 )
KOrganizer
- Fixed restoring last used calendar in incidence editor ( #411191 )
- Fixed fallback to the default calendar in incidence editor
- Fixed a crash in release builds ( #417794 )
Akregator
- Fixed filename extensions being translated ( #416983 )
KAlarm
- Fixed message captions
- Added warning when no default alarm calendar is set during archiving
- Fixed crashes
- Better handling when calendars are added or removed
Common Infrastructure
Laurent has been working on porting our code away from API that has been deprecated in Qt 5.15. Volker has been working on removing KDBusConnectionPool from all of KDE PIM.
For network communication we now use some safer defaults - for example we enabled HSTS by default and we don’t allow redirects to less-safe protocols (i.e. from https:// to http://).
KMail and some other components have begun integrating KUserFeedback to provide some basic telemetry information about usage.
Help us make Kontact even better!
Take a look at some of the junior jobs that we have! They are simple, mostly programming tasks that don’t require any deep knowledge or understanding of Kontact, so anyone can work on them. Feel free to pick any task from the list and reach out to us! We’ll be happy to guide you and answer all your questions.Read more here…
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深入理解并行编程
[美] Paul E.Mckenney（保罗·E·麦肯尼) / 谢宝友 鲁阳 / 电子工业出版社 / 2017-7-1 / 129
《深入理解并行编程》首先以霍金提出的两个理论物理限制为引子，解释了多核并行计算兴起的原因，并从硬件的角度阐述并行编程的难题。接着，《深入理解并行编程》以常见的计数器为例，探讨其不同的实现方法及适用场景。在这些实现方法中，除了介绍常见的锁以外，《深入理解并行编程》还重点介绍了RCU的使用及其原理，以及实现RCU的基础：内存屏障。最后，《深入理解并行编程》还介绍了并行软件的验证，以及并行实时计算等内容......一起来看看 《深入理解并行编程》 这本书的介绍吧!
