go-kit VS services

https://github.com/go-kit/kit

. Web backend (with various frameworks available) . Web Assembly (one of them is vugu framework) . Microservices (some frameworks: Go Micro, Go Kit, Gizmo, Kite) . Fragments services (Term mentioned by @jeffotoni in a microservices discussion group) . Lambdas (FaaS example) . Client Server . Terminal applications (using the tview lib) . IoT (some frameworks) . Bots (some here) . Client Applications using Web technology . Desktop using Qt+QML, Native Win Lib (example Qt, Qt widgets, Qml) . Network Applications . Protocol applications . REST Applications . SOAP Applications . GraphQL Applications . RPC Applications . TCP Applications . gRPC Applications . WebSocket Applications . GopherJS (compiles Go to JavaScript)

To implement service discovery in our GoLang microservice we will use GoKit, a toolkit for microservices that provides support to auth, log, service discovery, tracing and more. For this starter code the mod already installed, you can skip this step

My company uses go-kit

For reference my company Go projects are built with (go-kit)[https://gokit.io/] design patterns.

5. kit. The kit framework is a programming toolkit for building robust, reliable, and maintainable microservices in Golang. It is a collection of packages and best practices that offer businesses of all sizes a thorough, reliable, and trustworthy way to create microservices. Go is a fantastic general-purpose language, but microservices need some specialized assistance. As a result, the kit framework offers infrastructure integration, system observability, and Remote Procedure Call (RPC) safety. Golang is a first-class language for creating microservices in any organization thanks to its composition of numerous closely related packages that together form an opinionated framework for building substantial Service-Oriented Architectures (SOAs).It was created with interoperability in mind, and developers are free to select the platforms, databases, components, and architectural styles that best suit their needs. The disadvantage of using go-kit is that it has a high overhead for adding API to the service because of how heavily it relies on interfaces. Documentation Link: https://github.com/go-kit/kit

At first I was confused but this GitHub user/org is completely different from the massively popular go-kit/kit https://github.com/go-kit/kit

https://github.com/go-kit/kit#related-projects

go-micro seems like it does a bit too much, like service discovery and balancing within the framework when that's likely better handled by an Envoy/Istio.

I think the more interesting aspect of this is the framework being used: https://github.com/micro/micro

I haven't dug into it at all yet, but at a glance it looks like it's aiming to do something similar to what Go kit (https://gokit.io/) or Finagle (https://twitter.github.io/finagle/) does, where it gives you a nice abstraction for defining your "service" and then handles all the supplementary aspects (service discovery, serialization, retry/circuit breaker logic, rate limiting, hooks for logging, tracing, and metrics, etc) so you don't have to build those from scratch every time.

I don't know if any of those other frameworks could really be considered very "successful" outside the original organizations they were built for (it seems like the industry has bet more on service meshes and API gateway products), but I'd probably be more inclined to start with one of them than making a new framework.

We used Micro to build and offer Micro services on M3O. Every API to you see there is powered by the open source equivalent Micro service here https://github.com/micro/services

I will make a note here https://github.com/micro/services/issues/262

I shared this post in a few developer communities like Hacker News and it was well received. Over the past few years I've been working on an open source project called Micro, an API first development platform and I'm now sharing Micro Services, a catalog of reusable real world Micro services.

Thanks, that made now more sense. I'd put this condensed together with https://micro.dev/blog/2022/09/27/real-world-micro-services.... more prominently to the readme of https://github.com/micro/services ! Looking at that github alone makes it hard to commect the context.

Thanks for the comments and questions. I'll do my best to answer them.

> Are things hosted on some other cloud provider, if so where? What region?

Our core platform is currently hosted on DigitalOcean in the London region. That will expand to multiple regions and multiple providers over time. We did start that way many years ago but with a small team it's hard to manage.

> What about uptime? If I end up building an application with all of these APIs, I do need a bit more confidence that things will be stable.

We want to be able to provide uptime guarantees in the near future. Right now I'll say based on our experience running it in the past 9-12 months it's feeling like four 9s verging on 5 but I don't want to jinx us. We are dependent on our providers but we're also people who have managed platforms for many years.

> the crypto endpoint looks interesting, but for me, it would be quite crucial to know where the data is from? How often is it updated?

Our crypto APIs are currently powered Finage.co.uk. We do some level of caching on our side but only for 5-10 mins. I'll try add some details around that in the overview. You can see the source at https://github.com/micro/services

We're playing in this space with M3O (https://m3o.com) but focused very much on making APIs programmable as opposed to completely doing away with the code.