Is there a pros/cons comparison to Zipkin? Browsed the docs and couldn't find anything.
https://github.com/cncf/toc/blob/master/proposals/jaeger.ado...
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Is there a pros/cons comparison to Zipkin? Browsed the docs and couldn't find anything.
https://github.com/cncf/toc/blob/master/proposals/jaeger.ado...
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Most folks will choose either Zipkin or Jaeger, but both are OpenTracing-compatible distributed tracing systems. You might find the Cloud Native Landscape useful for thinking about the options: https://github.com/cncf/landscape/blob/master/README.md Disclosure: I’m the executive director of CNCF, which just adopted Jaeger 2 weeks ago, and I’m an author of the landscape.
I have used that landscape document as a very informative point of reference for the last couple of months. Thank you for creating it.
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Most folks will choose either Zipkin or Jaeger, but both are OpenTracing-compatible distributed tracing systems. You might find the Cloud Native Landscape useful for thinking about the options: https://github.com/cncf/landscape/blob/master/README.md Disclosure: I’m the executive director of CNCF, which just adopted Jaeger 2 weeks ago, and I’m an author of the landscape.
Last I checked "OpenTracing-compatible" only went as far as using common terminology. Tbh I was a bit disappointed by this; has more been defined since? E.g. are there now shared schemas, APIs of sorts?
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LightStep sounds interesting, but it seems to be closed source? That being the case, it's not hard to see why people are going with the (existing) OSS solutions. :/ UPDATE - Found this on GitHub, is this the whole thing? https://github.com/lightstep/lightstep-tracer-go If so, pointing people towards it from the .com website might help get people trying it out, as the .com website makes it seem non-OSS. :)
Lightstep is closed source. They have opensource libraries that get data into the system (like the go one you linked to) but to actually use it you need the hosted service. I hope to be releasing an open-source version of that approach in the next several months.
Having said that, Dapper-style tracing systems with head-based sampling still provide enormous benefits that are often underestimated. In fact, even if we support tail-based sampling in the future, we're still going to run a certain portion of the traffic through probabilistic, head-based sampling, because it allows to reason about statistical patterns observed in the systems at large scale.
Does this run in production or is it used for testing? We wrote a distributed testing system ( https://github.com/gundb/panic-server ), so I'm trying to understand if integrating Jaeger would be helpful. If Jaeger is run on a production stack, I'd be curious to understand how that works (are there any tech talks on it yet?). If it is designed to run for tests, that makes sense, but then does it depend upon another di…
Is it something similar to sysdig?
what is tracing?
In this context, it's the network-wide version of a stack trace. Instead of just method calls in a process, you take a top-level (HTTP) request and see all the various upstream service calls and their internal logic involved in completing that request. Useful for micro/multi-service based architectures but you can trace anything because it's a standard output format.
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That sounds pretty expensive. With dapper the trace span annotations do nothing if the request isn’t being traced. If it is being traced you might have significant costs, along the lines of sprintf(“%.03f”, ...) or other very cpu-intensive activity. This is OK when you trace one per million but when you trace everything you have to think about the cost. This could lead to either just using more CPU than you really wa…
Yeah, that's definitely an upside of the dapper approach--very, very minimal overhead for non-traced requests. However for the vast majority of use cases a bit of overhead (microseconds per span) tends to be unnoticeable, and the benefits in terms of introspectability are huge. In general, the overhead is mitigated by the fact that spans tend to be pretty large (on the ms-scale).
Is there a pros/cons comparison to Zipkin? Browsed the docs and couldn't find anything.
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Lightstep is closed source. They have opensource libraries that get data into the system (like the go one you linked to) but to actually use it you need the hosted service. I hope to be releasing an open-source version of that approach in the next several months.
Thanks, please do. :)
LightStep specifically is meant for large-scale enterprise deployments and their specific needs and has focused on that for now.