YoshiFANGamer66
Active Member
- Oct 11, 2016
- 9
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Nice
Have the same questiondoes someone still have an ts5 acces code and if so can i get one
Have the same question too.Have the same question
That is funnier than hell.. they left their C:\GitLab-Runner information in there.it's TeamSpeak Client UI V2
Btw, why use protobuf? Some girl named Sasha Rezvina gave some good intel sometime ago, check https://codeclimate.com/blog/choose-protocol-buffers/ because the below is from there!
Reason #1: Schemas Are Awesome
There is a certain painful irony to the fact that we carefully craft our data models inside our databases, maintain layers of code to keep these data models in check, and then allow all of that forethought to fly out the window when we want to send that data over the wire to another service. All too often we rely on inconsistent code at the boundaries between our systems that don’t enforce the structural components of our data that are so important. Encoding the semantics of your business objects once, in proto format, is enough to help ensure that the signal doesn’t get lost between applications, and that the boundaries you create enforce your business rules.
Reason #2: Backward Compatibility For Free
Numbered fields in proto definitions obviate the need for version checks which is one of the explicitly stated motivations for the design and implementation of Protocol Buffers. As the developer documentation states, the protocol was designed in part to avoid “ugly code” like this for checking protocol versions:
if (version == 3) {
...
} else if (version > 4) {
if (version == 5) {
...
}
...
}
With numbered fields, you never have to change the behavior of code going forward to maintain backward compatibility with older versions. As the documentation states, once Protocol Buffers were introduced:
“New fields could be easily introduced, and intermediate servers that didn’t need to inspect the data could simply parse it and pass through the data without needing to know about all the fields.”
Having deployed multiple JSON services that have suffered from problems relating to evolving schemas and backward compatibility, I am now a big believer in how numbered fields can prevent errors and make rolling out new features and services simpler.
Reason #3: Less Boilerplate Code
In addition to explicit version checks and the lack of backward compatibility, JSON endpoints in HTTP based services typically rely on hand-written ad-hoc boilerplate code to handle the encoding and decoding of Ruby objects to and from JSON. Parser and Presenter classes often contain hidden business logic and expose the fragile nature of hand parsing each new data type when a stub class as generated by Protocol Buffers (that you generally never have to touch) can provide much of the same functionality without all of the headaches. As your schema evolves so too will your proto generated classes (once you regenerate them, admittedly), leaving more room for you to focus on the challenges of keeping your application going and building your product.
Reason #4: Validations and Extensibility
The required, optional, and repeated keywords in Protocol Buffers definitions are extremely powerful. They allow you to encode, at the schema level, the shape of your data structure, and the implementation details of how classes work in each language are handled for you. The Ruby protocol_buffers library will raise exceptions, for example, if you try to encode an object instance which does not have the required fields filled in. You can also always change a field from being required to being optional or vice-versa by simply rolling to a new numbered field for that value. Having this kind of flexibility encoded into the semantics of the serialization format is incredibly powerful.
Since you can also embed proto definitions inside others, you can also have generic Request and Response structures which allow for the transport of other data structures over the wire, creating an opportunity for truly flexible and safe data transfer between services. Database systems like Riak use protocol buffers to great effect – I recommend checking out their interface for some inspiration.
Reason #5: Easy Language Interoperability
Because Protocol Buffers are implemented in a variety of languages, they make interoperability between polyglot applications in your architecture that much simpler. If you’re introducing a new service with one in Java or Go, or even communicating with a backend written in Node, or Clojure, or Scala, you simply have to hand the proto file to the code generator written in the target language and you have some nice guarantees about the safety and interoperability between those architectures. The finer points of platform specific data types should be handled for you in the target language implementation, and you can get back to focusing on the hard parts of your problem instead of matching up fields and data types in your ad hoc JSON encoding and decoding schemes.
When Is JSON A Better Fit?
There do remain times when JSON is a better fit than something like Protocol Buffers, including situations where:
You need or want data to be human readable
Data from the service is directly consumed by a web browser
Your server side application is written in JavaScript
You aren’t prepared to tie the data model to a schema
You don’t have the bandwidth to add another tool to your arsenal
The operational burden of running a different kind of network service is too great
And probably lots more. In the end, as always, it’s very important to keep tradeoffs in mind and blindly choosing one technology over another won’t get you anywhere.
Conclusion
Protocol Buffers offer several compelling advantages over JSON for sending data over the wire between internal services. While not a wholesale replacement for JSON, especially for services which are directly consumed by a web browser, Protocol Buffers offers very real advantages not only in the ways outlined above, but also typically in terms of speed of encoding and decoding, size of the data on the wire, and more.
What are some services you could extract from your monolithic application now? Would you choose JSON or Protocol Buffers if you had to do it today? We’d love to hear more about your experiences with either protocol in the comments below – let’s get discussing!
Added support for upcoming TeamSpeak Server releases using a PostgreSQL database backend.
How did you come to that conclusion, I have basically never used my gitlab.com account for anything really and none of the teamspeak stuff happens on gitlab.com?I mean no offense to sir "Xforce" from GitLab. I only mean his commits are not nearly extensive enough to deliver on such a project as TeamSpeak.
Lol sorry I didn’t fbi background check you. I noticed some commits here and there and was just like wtf. Next time I’ll spend half my day checking everything everywhereMaybe you can do some actual
If you post statements like "I only mean his commits are not nearly extensive enough to deliver on such a project as TeamSpeak", I would at least expect you to actually look at what is on the profiles...sounds to me like you actually didn't really do that.Lol sorry I didn’t fbi background check you. I noticed some commits here and there and was just like wtf. Next time I’ll spend half my day checking everything everywhere
Oh I did, I just didn’t see anything of quantity and quality. I mean you have some quality commits don’t get me wrong, I was just thinking for such a large project it would make sense the “coming soon” being a year with the code quantity lacking.sounds to me like you actually didn't really do that.
The main point here is that we at TeamSpeak work on a self-hosted Gitlab instance, so you will never be able to correlate any amount of work being on a public site to the actual work being done on the client.Oh I did, I just didn’t see anything of quantity and quality. I mean you have some quality commits don’t get me wrong, I was just thinking for such a large project it would make sense the “coming soon” being a year with the code quantity lacking.
Maybe you can inform me why you think the beta was so delayed??
we at TeamSpeak work on a self-hosted Gitlab instance
This is how anything hosted is required to be. If you are hosting a terrorist or otherwise illegal voice chat server, your sh** is going to get shutdown sooner or later whether by legal force (with investigation, fines, and legal processes).. long story short, Discord has to have rules to keep themselves protected from user's illegal activity. We have rules here too, post a credit card or social security number and get immediately banned!soon there will be restrictions on the servers or something, servers dedicated to ddos and other illegal things that are advertised publicly will not last long Discord will receive some notice about this soon.
That is a Unicode issue I believe which impacts plentiful Windows software. It crashes modern browser software or freezes it also.you can crash users...
Run that in a Chrome affected browser to see an example of the patch working. This obviously does not patch the UI framework issue Chrome (or Windows) suffers from. But for an admin protecting user clients, this is a solid fix in the interim.