Describe the solution you'd like
It'd be nice to actually apply the security framework when building.

Describe alternatives you've considered
Ignoring security problems won't help.

Quite a few operator factory methods use d: java.time.Duration in the stream Java APIs for some reason. Given that the parameter names are not important for bin/source compatibility in Java perhaps we could change those to a clear name without problems?

What language are you using?

C++

What operating system (Linux, Ubuntu, …) and version?

Linux

What runtime / compiler are you using (e.g. jdk version or version of gcc)

4.8.5

Make sure you include information that can help us debug (full error message, exception listing, stack trace, logs).
tars的发布流程：tarsweb上传安装包 -> tarsAdminRegistry开始发布 -> tarspatch 从/usr/local/app/p

If you want to work with a complete socket address type including port, we have a helper in SocketAddress. However, the moment you want to talk only about an IP address we force you to hold an in_addr or in_addr6 structure: hardly the friendliest versions of these data types.

We should provide a helpful wrapper IPAddress type that can be converted into those types as needed. This would

Links to all modules are broken because of renaming

Version:

• v2.x.x
• v1.x.x

Issue type:

• Bug
• Proposal/Enhancement
• Question
• Discussion

Example we could protect pieces like TableInfo::tablet_map_ with GUARDED_BY(lock_) and then annotate the respective read/write accessor methods like TableInfo::AddTablet

cc @mikhpolitov @rahuldesirazu

As far as I know, TarsGo supports registering client filter with tars.RegisterClientFilter() method.
And if you have multiple client filter, you may have to use tars.RegisterPreClientFilter and tars.RegisterPostClientFilter.

However, I don't want to split any of them to one pre filter and one post filter when I register multiple client filters.

For example, I register client breaker

Heston model has accurate density approximations for European option prices, which are of interest.

The module implementing this method should live under tf_quant_finance/volatility/heston_approximation.py. It should support both European option puts and calls approximations. Tests should be in heston_approximation_test.py in the same folder.

Currently we have a mix of:

• Out of memory error.
• Out of memory error
• out of memory error
• out of memory
• out of memory.
• out of memory [some context]

All these should be adjusted to use the same wording for consistency and it should also make the executable a little bit smaller 😄